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CARMEN LIZET ESTEFANI
Date: 2025-08-13 17:50
HfO2/InGaAs
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Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 41
Equipment and analysis software:
Software used: AAnalyzer
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CARMEN LIZET ESTEFANI
Date: 2025-08-13 17:48
HfO2/InGaAs
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Information about the sample:
Shape: Flat surface
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 41
Equipment and analysis software:
Software used: AAnalyzer
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CARMEN LIZET ESTEFANI
Date: 2025-08-13 17:46
HfO2/InGaAs
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Information about the sample:
Shape: Flat surface
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 41
Equipment and analysis software:
Software used: AAnalyzer
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CARMEN LIZET ESTEFANI
Date: 2025-08-13 17:44
HfO2/InGaAs
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Information about the sample:
Shape: Flat surface
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 41
Equipment and analysis software:
Software used: AAnalyzer
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CARMEN LIZET ESTEFANI
Date: 2025-08-13 17:41
HfO2/InGaAs
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Information about the sample:
Shape: Flat surface
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 41
Equipment and analysis software:
Software used: AAnalyzer
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Oscar Oswaldo
Date: 2025-08-13 03:25
test 403
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Equipment and analysis software:
Software used: AAnalyzer
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Alberto
Date: 2025-08-11 22:09
sadfa sdffasf as
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Files :
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Equipment and analysis software:
Software used: AAnalyzer
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Dagoberto
Date: 2025-08-05 16:30
CR appliede to Ti
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Equipment and analysis software:
Software used: AAnalyzer
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Dagoberto
Date: 2025-08-05 16:30
CR appliede to Ti
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Equipment and analysis software:
Software used: AAnalyzer
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Dulce María
Date: 2025-08-06 21:18
Fitting of the Sb 3d photoemission spectrum from pure antimony using a CR III lineshape
Fitting of the Sb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonance type III lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: antimony
Elements: Sb
Sample composition: Sb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 23:28
Fitting of the Nb 3d photoemission spectrum from metallic niobium using a CR II lineshape
Fitting of the Nb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II peak, but an additional pseudo-Voigt peak is required to fit the data between the two spin-orbit branches. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: niobium
Elements: Nb
Sample composition: Nb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 21:11
Fitting of the Nb 3d photoemission spectrum from metallic niobium using a symmetric peaks
Fitting of the Nb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt peaks. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: niobium
Elements: Nb
Sample composition: Nb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 21:03
Fitting of the Sb 3d photoemission spectrum from pure antimony using a Doniach-Sunjic lineshape
Fitting of the Sb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Doniach-Sunjic lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: antimony
Elements: Sb
Sample composition: Sb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 21:00
Fitting of the Sn 3d photoemission spectrum from pure tin using Voigt peaks
Fitting of the Sn 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt peaks. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: tin
Elements: Sn
Sample composition: Sn
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 20:59
Fitting of the Sn 3d photoemission spectrum from pure tin using a Doniach-Sunjic lineshape
Fitting of the Sn 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Doniach-Sunjic lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: tin
Elements: Sn
Sample composition: Sn
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 20:58
Fitting of the In 3d photoemission spectrum from pure indium using a Doniach-Sunjic lineshape
Fitting of the In 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Doniach-Sunjic lineshape and an additional Voigt peak, but when zooming in the fit fails in more than one region. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: indium
Elements: In
Sample composition: In
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 20:56
Fitting of the Cd 3d photoemission spectrum from pure cadmium using a Doniach-Sunjic lineshape
Fitting of the Cd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Doniach-Sunjic lineshape, but when zooming in there is misft in various regions. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background. Read
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Information about the sample:
Shape: Flat surface
Sample material: cadmium
Elements: Cd
Sample composition: Cd
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 20:54
Fitting of the Pd 3d photoemission spectrum from metallic palladium using Voigt peaks
Fitting of the Pd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt peaks. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background. Read
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: palladium
Elements: Pd
Sample composition: Pd
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 20:53
Fitting of the Pd 3d photoemission spectrum from metallic palladium using a Doniach-Sunjic lineshape
Fitting of the Pd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Doniach-Sunjic lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background. Read
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: palladium
Elements: Pd
Sample composition: Pd
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 20:33
Fitting of the Zr 3d photoemission spectrum from metallic zirconium using Voigt peaks
Fitting of the Zr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt doublets. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background. Read
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: zirconium
Elements: Zr
Sample composition: Zr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 20:32
Fitting of the Rb 3d photoemission spectrum from metallic rubidium using Voigt peaks
Fitting of the Rb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two Voigt doublets. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: rubidium
Elements: Rb
Sample composition: Rb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-08-05 20:30
Fitting of the Sr 3d photoemission spectrum from metallic strontium using Voigt peaks
Fitting of the Sr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two Voigt doublets. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: strontium
Elements: Sr
Sample composition: Sr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum
Software used: AAnalyzer
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Dulce María
Date: 2025-08-05 20:29
Fitting of the Y 3d photoemission spectrum from metallic yttrium using a Doniach-Sunjic lineshape
Fitting of the Y 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Doniach-Sunjic doublet, but it has a greater intensity than the experimental data and extendes beyond the analysis region. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: yttrium
Elements: Y
Sample composition: Y
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-08-05 20:27
Fitting of the Mo 3d photoemission spectrum from metallic molybdenum using a Doniach-Sunjic lineshape
Fitting of the Mo 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Doniach-Sunjic peak, but it does not reproduce the tip of the two spin-orbit branches and, when zooming in, there is misft in more than one region. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: molybdenum
Elements: Mo
Sample composition: Mo
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-08-05 20:23
Fitting of the Ru 3d photoemission spectrum from metallic ruthenium using a Doniach-Sunjic lineshape
Fitting of the Ru 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Doniach-Sunjic peak, but it does not reproduce the tip of the 3d5/2 branch and passes over the data in the indicated region. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: ruthenium
Elements: Ru
Sample composition: Ru
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-08-05 20:21
Fitting of the Rh 3d photoemission spectrum from metallic rhodium using a Doniach-Sunjic lineshape
Fitting of the Rh 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Doniach-Sunjic lineshape and an additional Voigt peak, but the fit fails in more than one region. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: rhodium
Elements: Rh
Sample composition: Rh
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-08-05 15:20
Fitting of the Rh 3d photoemission spectrum from metallic rhodium using symmetric peaks
Fitting of the Rh 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt peaks. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: rhodium
Elements: Rh
Sample composition: Rh
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
0No comments yet

Dulce María
Date: 2025-08-04 19:50
Fitting of the Ru 3d photoemission spectrum from pure ruthenium using Voigt peaks
Fitting of the Ru 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt peaks. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: ruthenium
Elements: Ru
Sample composition: Ru
Data acquisition parameters:
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-08-04 19:48
Fitting of the Mo 3d photoemission spectrum from pure molybdenum using Voigt peaks
Fitting of the Mo 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt peaks. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: molybdenum
Elements: Mo
Sample composition: Mo
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-08-04 17:49
Fitting of the Ag 3d photoemission spectrum from metallic silver using Voigt peaks
Fitting of the Ag 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two Voigt peaks. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Silver
Elements: Ag
Sample composition: Ag
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-08-04 16:35
Fitting of the Sb 3d photoemission spectrum from pure antimony using Voigt peaks
Fitting of the Sb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with 4 Voigt doublets. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Antimony
Elements: Sb
Sample composition: Sb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: Phi
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-08-04 16:31
Fitting of the Sb 3d photoemission spectrum from pure antimony using a CR II lineshape
Fitting of the Sb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonance type II lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Antimony
Elements: Sb
Sample composition: Sb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: Phi
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-08-04 16:31
Fitting of the Sb 3d photoemission spectrum from pure antimony using a CR II lineshape
Fitting of the Sb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonance type II lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Antimony
Elements: Sb
Sample composition: Sb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: Phi
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Abraham Jorge
Date: 2025-07-29 20:15
Fitting of the Hf 4f photoemission spectrum from pure Hafnium using a Double Lorentzian lineshape.
Fitting of the Hf 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the DL line shape and a Gaussian doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Hf
Elements: Hf
Sample composition: Hf
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
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Abraham Jorge
Date: 2025-07-29 20:12
Fitting of the Hf 4f photoemission spectrum from pure Hafnium using a Voigt lineshape.
Fitting of the Hf 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the Voigt line shape and three additional doublets, one with the Voigt line shape and two Gaussians. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Hf
Elements: Hf
Sample composition: Hf
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
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Abraham Jorge
Date: 2025-07-29 20:08
Fitting of the Hf 4f photoemission spectrum from pure Hafnium using a Doniach-Sunjic lineshape.
Fitting of the Hf 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the D&S line shape and two Gaussian doublets. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Hf
Elements: Hf
Sample composition: Hf
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
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Abraham Jorge
Date: 2025-07-29 20:05
Fitting of the Hf 4f photoemission spectrum from pure Hafnium using a Coupled-Resonances lineshape.
Fitting of the Hf 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Hf
Elements: Hf
Sample composition: Hf
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 20:01
Fitting of the Ta 4f photoemission spectrum from pure Tantalum using a Coupled-Resonances lineshape.
Fitting of the Ta 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Ta
Elements: Ta
Sample composition: Ta
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 19:59
Fitting of the Ta 4f photoemission spectrum from pure Tantalum using a Double Lorentzian lineshape.
Fitting of the Ta 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a correlated doublet and a doublet with Gaussian line shape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Ta
Elements: Ta
Sample composition: Ta
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 19:56
Fitting of the Ta 4f photoemission spectrum from pure Tantalum using a Voigt lineshape.
Fitting of the Ta 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a correlated doublet and five additional doublets, two with a Voigt line shape and five with a Gaussian line shape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Ta
Elements: Ta
Sample composition: Ta
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 19:52
Fitting of the Ta 4f photoemission spectrum from pure Tantalum using a Doniach-Sunjic lineshape.
Fitting of the Ta 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the D&S line shape, plus two additional doublets, one with the D&S line shape and one with the Gaussian shape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Ta
Elements: Ta
Sample composition: Ta
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 19:45
Fitting of the W 4f photoemission spectrum from pure Tungsten using a Double Lorentzian lineshape.
Fitting of the W 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the DL line. However, it was not possible to resolve the maximum of either component. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: W
Elements: W
Sample composition: W
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 19:43
Fitting of the W 4f photoemission spectrum from pure Tungsten using a Voigt lineshape.
Fitting of the W 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the Voigt line shape and two Gaussian doublets. However, it was not possible to resolve the maximum of either component. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: W
Elements: W
Sample composition: W
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 19:39
Fitting of the W 4f photoemission spectrum from pure Tungsten using a Doniach-Sunjic lineshape.
Fitting of the W 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the D&S line shape and a Gaussian doublet. With this line shape, it is not possible to resolve the maximum of the 7/2 component. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: W
Elements: W
Sample composition: W
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 19:33
Fitting of the Re 4f photoemission spectrum from pure Rhenium using a Double Lorentzian lineshape.
Fitting of the Re 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled by a doublet correlated with the DL line shape The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Re
Elements: Re
Sample composition: Re
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 19:31
Fitting of the Re 4f photoemission spectrum from pure Rhenium using a Voigt lineshape.
Fitting of the Re 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled by a doublet correlated with the Voigt line shape and two doublets with the Gaussian line shape. However, it still fails to model the slopes of the second component. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Re
Elements: Re
Sample composition: Re
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 19:20
Fitting of the Re 4f photoemission spectrum from pure Rhenium using a Doniach-Sunjic lineshape.
Fitting of the Re 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the D&S line shape and a second double peak with a Gaussian shape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Re
Elements: Re
Sample composition: Re
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 18:54
Fitting of the Os 4f photoemission spectrum from pure Osmium using a Double Lorentzian lineshape.
Fitting of the Os 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the DL line shape, the 5p component was modeled with a doublet with the Gaussian line shape. This line shape best fits the slopes after the CR line shape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Os
Elements: Os
Sample composition: Os
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 18:50
Fitting of the Os 4f photoemission spectrum from pure Osmium using a Voigt lineshape.
Fitting of the Os 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the Voigt line shape, in addition to a Voigt doublet, the 5p component was modeled with a doublet with the Gaussian line shape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Os
Elements: Os
Sample composition: Os
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 18:48
Fitting of the Os 4f photoemission spectrum from pure Osmium using a Doniach-Sunjic lineshape.
Fitting of the Os 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the D&S line shape, in addition to a Gaussian doublet, the 5p component was modeled with a doublet with the Gaussian line shape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Os
Elements: Os
Sample composition: Os
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 18:37
Fitting of the Ir 4f photoemission spectrum from pure Iridium using a Double Lorentzian lineshape.
Fitting of the Ir 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the DL line shape, and an additional doublet, with the DL line shape. Even so, it was not possible to resolve the maximum of the two components. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Ir
Elements: Ir
Sample composition: Ir
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
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Abraham Jorge
Date: 2025-07-29 18:34
Fitting of the Ir 4f photoemission spectrum from pure Iridium using a Doniach-Sunjic lineshape.
Fitting of the Ir 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the D&S line shape, and a additional doublet, with the D&S line shape. Even so, it was not possible to resolve the maximum of the two components. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Ir
Elements: Ir
Sample composition: Ir
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-29 18:32
Fitting of the Ir 4f photoemission spectrum from pure Iridium using a Voigt lineshape.
Fitting of the Ir 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the Voigt line shape, and a additional doublet with the Voigt line shape. Even so, it was not possible to resolve the maximum of the two components. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Ir
Elements: Ir
Sample composition: Ir
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-28 18:49
Fitting of the Pt 4f photoemission spectrum from pure Platinum using a Voigt lineshape.
Fitting of the Pt 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled by three doublets, the first with a Voigt line shape and the others with a Gaussian line shape. A small Gaussian doublet was also added in the 76 eV region, as it was not well resolved with this line shape. The fit with this line shape does not allow the maximum of the 7/2 and 5/2 components to be resolved, but adding an extra peak only adds uncertainty to the fit. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Pt
Elements: Pt
Sample composition: Pt
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
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Abraham Jorge
Date: 2025-07-28 18:48
Fitting of the Pt 4f photoemission spectrum from pure Platinum using a Double Lorentzian lineshape.
Fitting of the Pt 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled by a doublet correlated with the DL line shape. The fit with this line shape allows the maximum of the 7/2 and 5/2 components to be resolved, but adding an extra peak only adds uncertainty to the fit. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Pt
Elements: Pt
Sample composition: Pt
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet
Abraham Jorge
Date: 2025-07-28 18:46
Fitting of the Pt 4f photoemission spectrum from pure Platinum using a Doniach-Sunjic lineshape.
Fitting of the Pt 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled by a doublet with a D&S line shape, and the second peak with a Gaussian line shape. The fit with this line shape allows the maximum of the 7/2 component and the region between the 7/2 and 5/2 components to be resolved.. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Sample material: Pt
Elements: Pt
Sample composition: Pt
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:37
Fitting of the Pt 4f photoemission spectrum from metallic Platinum using a CR III lineshape
Fitting of the Pt 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Abraham Jorge
Date: 2025-07-24 03:37
Fitting of the Pt 4f photoemission spectrum from metallic Platinum using a CR III lineshape
Fitting of the Pt 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Abraham Jorge
Date: 2025-07-28 18:36
Fitting of the Au 4f photoemission spectrum from pure Gold using a Double Lorentzian lineshape.
Fitting of the Au 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled by a doublet correlated with the DL line shape, and the second peak was modeled with the Gaussian line shape. The fit with this line shape allows the maxima of the 7/2 and 5/2 components to be resolved, but the second peak shifts to lower binding energies. This phenomenon also occurs in Ag. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Au
Elements: Au
Sample composition: Au
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-28 18:35
Fitting of the Au 4f photoemission spectrum from pure Gold using a Doniach-Sunjic lineshape.
Fitting of the Au 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled by two doublets, the main one with a D&S line shape and the second one with a Gaussian line shape. The fit with this line shape does not allow the maxima of the 7/2 and 5/2 components to be resolved. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Au
Elements: Au
Sample composition: Au
Data acquisition parameters:
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-28 18:33
Fitting of the Au 4f photoemission spectrum from pure Gold using a Voigt lineshape.
Fitting of the Au 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled by two doublets, the main one with a Voigt line shape and the second with a Gaussian line shape. The fit with this line shape does not allow the maxima of the 7/2 and 5/2 components to be resolved, nor can it model the rapid slope of the 7/2 component. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Au
Elements: Au
Sample composition: Au
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-28 18:30
Fitting of the Hg 4f photoemission spectrum from pure Mercury using a Voigt lineshape.
Fitting of the Hg 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled by two doublets, the main one with a Voigt line shape and the second with a Gaussian line shape. The peaks after 110 eV correspond to the structure of mercury and were modeled as Gaussians. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Hg
Elements: Hg
Sample composition: Hg
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-28 18:28
Fitting of the Hg 4f photoemission spectrum from pure Mercury using a Double Lorentzian lineshape.
Fitting of the Hg 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled by a doublet correlated with the DL line shape. The peaks after 110 eV correspond to the mercury structure and were modeled as Gaussians. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Abraham Jorge
Date: 2025-07-28 18:27
Fitting of the Hg 4f photoemission spectrum from pure Mercury using a Doniach-Sunjic lineshape
Fitting of the Hg 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled by a doublet with a D&S line shape and a Gaussian doublet. The peaks after 110 eV correspond to the structure and were modeled as Gaussians. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Hg
Elements: Hg
Sample composition: Hg
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-26 02:36
Fitting of the Tl 4f photoemission spectrum from pure Thallium using a Voigt lineshape
Fitting of the Tl 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The peak was fitted with a doublet with a Voigt lineshape and two Gaussian doublets. However, the steep slope of component 7/2 could not be resolved. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Tl
Elements: Tl
Sample composition: Tl
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-26 02:31
Fitting of the Tl 4f photoemission spectrum from pure Thallium using a Doniach-Sunjic lineshape
The main peak was modeled with a doublet with a D&S lineshape and a Gaussian doublet. Although this is a good fit, it is not able to reproduce the maximum in components 7/2 and 5/2. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Tl
Elements: Tl
Sample composition: Tl
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-26 02:27
Fitting of the Tl 4f photoemission spectrum from pure Thallium using a Double Lorentzian lineshape
Fitting of the Tl 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a double correlated with the DL line shape. This line shape was not able to reproduce the 5/2 component with a single peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Tl
Elements: Tl
Sample composition: Tl
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-25 20:27
Fitting of the Pb 4f photoemission spectrum from pure Lead using a Double Lorentzian lineshape
Fitting of the Pb 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the DL line shape, in addition to a double Gaussian. This line shape best resolves the slopes of the peaks after the CR line shape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Pb
Elements: Pb
Sample composition: Pb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-25 20:22
Fitting of the Pb 4f photoemission spectrum from pure Lead using a Voigt lineshape
Fitting of the Pb 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with two Voigt doublets and a Gaussian doublet, but despite this, it was not possible to resolve the maximum of the 7/2 and 5/2 components, in addition to the slopes after 140 eV. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Pb
Elements: Pb
Sample composition: Pb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-25 20:14
Fitting of the Pb 4f photoemission spectrum from pure Lead using a Doniach-Sunjic lineshape
Fitting of the Pb 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was a D&S doublet, and a Gaussian doublet was also used, but the D&S line shape is not capable of modeling the maximum of the peaks or the slope after 140 eV.
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Information about the sample:
Shape: Flat surface
Sample material: Pb
Elements: Pb
Sample composition: Pb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-25 20:08
Fitting of the Pb 4f photoemission spectrum from pure Lead using a CR Type III lineshape
Fitting of the Pb 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with a Coupled-Resonances type III line shape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Pb
Elements: Pb
Sample composition: Pb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-25 07:00
Fitting of the Bi 4f photoemission spectrum from pure bismuth using a Voigt lineshape
Fitting of the Bi 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the Voigt line shape, and a Gaussian doublet was added to resolve the maximum of the 7/2 and 5/2 components. Even with the additional component, it was not possible to resolve the maximum of the components.
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Information about the sample:
Shape: Flat surface
Sample material: Bi
Elements: Bi
Sample composition: Bi
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-25 06:56
Fitting of the Bi 4f photoemission spectrum from pure bismuth using a DL lineshape
Fitting of the Bi 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a doublet correlated with the Double Lorentzian line shape, and a Gaussian doublet was added to resolve the maximum of the 7/2 and 5/2 components.
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Information about the sample:
Shape: Flat surface
Sample material: Bi
Elements: Bi
Sample composition: Bi
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-25 06:52
Fitting of the Bi 4f photoemission spectrum from pure bismuth using a D&S lineshape
Fitting of the Bi 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was modeled with a D&S line shape. In this particular case, only a doublet and a Gaussian component were used for the component close to 170 eV.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Bi
Elements: Bi
Sample composition: Bi
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-25 06:45
Fitting of the Bi 4f photoemission spectrum from pure bismuth using a CR III lineshape
Fitting of the Bi 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was a double correlated fitted with a Coupled-Resonances type III lineshape, it is capable of fitting the tip of the 3d5/2 branch, unlike a CR type I or a Voigt lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Dulce María
Date: 2025-07-24 14:58
Fitting of the Te 3d photoemission spectrum from pure tellurium using a Doniach-Sunjic lineshape
Fitting of the Te 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Doniach-Sunjic lineshape and an additional Voigt doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Tellurium
Elements: Te
Sample composition: Te
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-24 14:53
Fitting of the Te 3d photoemission spectrum from pure tellurium using a Double-Lorentzian lineshape
Fitting of the Te 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Double-Lorentzian lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Tellurium
Elements: Te
Sample composition: Te
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-24 14:52
Fitting of the Te 3d photoemission spectrum from pure tellurium using a CR II lineshape
Fitting of the Te 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape, it is capable of fitting the tip of the 3d5/2 branch, unlike a CR type I or a Voigt lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: tellurium
Elements: Te
Sample composition: Te
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-24 14:52
Fitting of the Te 3d photoemission spectrum from pure tellurium using a CR II lineshape
Fitting of the Te 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape, it is capable of fitting the tip of the 3d5/2 branch, unlike a CR type I or a Voigt lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: tellurium
Elements: Te
Sample composition: Te
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-24 14:51
Fitting of the Te 3d photoemission spectrum from pure tellurium using a CR I lineshape
Fitting of the Te 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type I lineshape, it is similar to a Voigt lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: tellurium
Elements: Te
Sample composition: Te
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-24 14:51
Fitting of the Te 3d photoemission spectrum from pure tellurium using a CR I lineshape
Fitting of the Te 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type I lineshape, it is similar to a Voigt lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: tellurium
Elements: Te
Sample composition: Te
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-24 14:50
Fitting of the Te 3d photoemission spectrum from pure tellurium using symmetric peaks
Fitting of the Te 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Voigt doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Tellurium
Elements: Te
Sample composition: Te
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:50
Fitting of the Bi 4f photoemission spectrum from metallic bismuth using a CR III lineshape
Fitting of the Bi 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Bi
Elements: Bi
Sample composition: Bi
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:48
Fitting of the Pb 4f photoemission spectrum from metallic lead using a CR III lineshape
Fitting of the Pb 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Pb
Elements: Pb
Sample composition: Pb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:45
Fitting of the Tl 4f photoemission spectrum from metallic thallium using a CR III lineshape
Fitting of the Tl 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Tl
Elements: Tl
Sample composition: Tl
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:45
Fitting of the Tl 4f photoemission spectrum from metallic thallium using a CR III lineshape
Fitting of the Tl 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Tl
Elements: Tl
Sample composition: Tl
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:43
Fitting of the Hg 4f photoemission spectrum from metallic mercury using a CR III lineshape
Fitting of the Hg 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Hg
Elements: Hg
Sample composition: Hg
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:43
Fitting of the Hg 4f photoemission spectrum from metallic mercury using a CR III lineshape
Fitting of the Hg 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Hg
Elements: Hg
Sample composition: Hg
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:40
Fitting of the Au 4f photoemission spectrum from metallic Gold using a CR III lineshape
Fitting of the Au 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Au
Elements: Au
Sample composition: Au
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:40
Fitting of the Au 4f photoemission spectrum from metallic Gold using a CR III lineshape
Fitting of the Au 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Au
Elements: Au
Sample composition: Au
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:33
Fitting of the Ir 4f photoemission spectrum from metallic iridium using a CR III lineshape
Fitting of the Ir 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Ir
Elements: Ir
Sample composition: Ir
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:33
Fitting of the Ir 4f photoemission spectrum from metallic iridium using a CR III lineshape
Fitting of the Ir 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Ir
Elements: Ir
Sample composition: Ir
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:30
Fitting of the Os 4f photoemission spectrum from metallic osmium using a CR III lineshape
Fitting of the Os 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Os
Elements: Os
Sample composition: Os
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:30
Fitting of the Os 4f photoemission spectrum from metallic osmium using a CR III lineshape
Fitting of the Os 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Os
Elements: Os
Sample composition: Os
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:27
Fitting of the W 4f photoemission spectrum from metallic rhenium using a CR III lineshape
Fitting of the Re 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Re
Elements: Re
Sample composition: Re
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:27
Fitting of the W 4f photoemission spectrum from metallic rhenium using a CR III lineshape
Fitting of the Re 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Re
Elements: Re
Sample composition: Re
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:24
Fitting of the W 4f photoemission spectrum from metallic tungsten using a CR III lineshape
Fitting of the W 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: W
Elements: W
Sample composition: W
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:24
Fitting of the W 4f photoemission spectrum from metallic tungsten using a CR III lineshape
Fitting of the W 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: W
Elements: W
Sample composition: W
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-24 03:14
Fitting of the Hf 4f photoemission spectrum from metallic hafnium using a CR III lineshape
Fitting of the Hf 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Hf
Elements: Hf
Sample composition: Hf
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 22:44
Fitting of the Sb 3d photoemission spectrum from pure antimony using a Double-Lorentzian lineshape
Fitting of the Sb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Double-Lorentzian lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Antimony
Elements: Sb
Sample composition: Sb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:43
Fitting of the Sn 3d photoemission spectrum from pure tin using a Double-Lorentzian lineshape
Fitting of the Sn 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Double-Lorentzian lineshape and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Tin
Elements: Sn
Sample composition: Sn
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:43
Fitting of the Sn 3d photoemission spectrum from pure tin using a CR II lineshape
Fitting of the Sn 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Tin
Elements: Sn
Sample composition: Sn
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:43
Fitting of the Sn 3d photoemission spectrum from pure tin using a CR II lineshape
Fitting of the Sn 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Tin
Elements: Sn
Sample composition: Sn
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:27
Fitting of the In 3d photoemission spectrum from pure indium using a Double-Lorentzian lineshape
Fitting of the In 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Double-Lorentzian lineshape and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Indium
Elements: In
Sample composition: In
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:26
Fitting of the In 3d photoemission spectrum from pure indium using a CR II lineshape
Fitting of the In 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Indium
Elements: In
Sample composition: In
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:26
Fitting of the In 3d photoemission spectrum from pure indium using a CR II lineshape
Fitting of the In 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Indium
Elements: In
Sample composition: In
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:23
Fitting of the In 3d photoemission spectrum from pure indium using symmetric peaks
Fitting of the In 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt doublets. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Indium
Elements: In
Sample composition: In
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:17
Fitting of the Cd 3d photoemission spectrum from pure cadmium using a Double-Lorentzian lineshape
Fitting of the Cd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Double-Lorentzian lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: cadmium
Elements: Cd
Sample composition: Cd
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:15
Fitting of the Cd 3d photoemission spectrum from pure cadmium using a CR II lineshape
Fitting of the Cd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: cadmium
Elements: Cd
Sample composition: Cd
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:15
Fitting of the Cd 3d photoemission spectrum from pure cadmium using a CR II lineshape
Fitting of the Cd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: cadmium
Elements: Cd
Sample composition: Cd
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:14
Fitting of the Cd 3d photoemission spectrum from pure cadmium using symmetric peaks
Fitting of the Cd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt lineshapes. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: cadmium
Elements: Cd
Sample composition: Cd
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:13
Fitting of the Ag 3d photoemission spectrum from metallic silver using a Doniach-Sunjic lineshape
Fitting of the Ag 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Doniach-Sunjic peak, but when zooming in there is misit in more than one region. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Silver
Elements: Ag
Sample composition: Ag
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:12
Fitting of the Ag 3d photoemission spectrum from metallic silver using a Double-Lorentzian lineshape
Fitting of the Ag 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Double-Lorentzian peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Silver
Elements: Ag
Sample composition: Ag
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:10
Fitting of the Ag 3d photoemission spectrum from metallic silver using a CR II lineshape
Fitting of the Ag 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Silver
Elements: Ag
Sample composition: Ag
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:10
Fitting of the Ag 3d photoemission spectrum from metallic silver using a CR II lineshape
Fitting of the Ag 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Silver
Elements: Ag
Sample composition: Ag
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 18:01
Fitting of the Pd 3d photoemission spectrum from metallic palladium using a Double-Lorentzian lineshape
Fitting of the Pd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Double-Lorentzian lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Palladium
Elements: Pd
Sample composition: Pd
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:58
Fitting of the Pd 3d photoemission spectrum from metallic palladium using a CR III lineshape
Fitting of the Pd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type III lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Palladium
Elements: Pd
Sample composition: Pd
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:58
Fitting of the Pd 3d photoemission spectrum from metallic palladium using a CR III lineshape
Fitting of the Pd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type III lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Palladium
Elements: Pd
Sample composition: Pd
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:58
Fitting of the Pd 3d photoemission spectrum from metallic palladium using a CR II lineshape
Fitting of the Pd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape, but it does not reproduce the gradual decay in intensity of the 3d5/2 branch. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Palladium
Elements: Pd
Sample composition: Pd
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:58
Fitting of the Pd 3d photoemission spectrum from metallic palladium using a CR II lineshape
Fitting of the Pd 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape, but it does not reproduce the gradual decay in intensity of the 3d5/2 branch. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
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Information about the sample:
Shape: Flat surface
Sample material: Palladium
Elements: Pd
Sample composition: Pd
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:48
Fitting of the Rh 3d photoemission spectrum from metallic rhodium using a Double-Lorentzian lineshape
Fitting of the Rh 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Double-Lorentzian lineshape, which does not reproduce the tip of the 3d5/2 branch. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Rhodium
Elements: Rh
Sample composition: Rh
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:45
Fitting of the Rh 3d photoemission spectrum from metallic rhodium using a CR II lineshape
Fitting of the Rh 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Rhodium
Elements: Rh
Sample composition: Rh
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:45
Fitting of the Rh 3d photoemission spectrum from metallic rhodium using a CR II lineshape
Fitting of the Rh 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Rhodium
Elements: Rh
Sample composition: Rh
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:32
Fitting of the Ru 3d photoemission spectrum from metallic ruthenium using a Double-Lorentzian lineshape
Fitting of the Ru 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Double-Lorentzian peak, but it does not reproduce the tip of the 3d5/2 branch. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat Surface
Sample material: ruthenium
Elements: Ru
Sample composition: Ru
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:30
Fitting of the Ru 3d photoemission spectrum from metallic ruthenium using a CR II lineshape
Fitting of the Ru 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: ruthenium
Elements: Ru
Sample composition: Ru
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:30
Fitting of the Ru 3d photoemission spectrum from metallic ruthenium using a CR II lineshape
Fitting of the Ru 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Coupled-Resonances type II peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: ruthenium
Elements: Ru
Sample composition: Ru
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:20
Fitting of the Mo 3d photoemission spectrum from metallic molybdenum using a Double-Lorentzian lineshape
Fitting of the Mo 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Double-Lorentzian peak, but it does not reproduce the tip of the two spin-orbit branches. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Molybdenum
Elements: Mo
Sample composition: Mo
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:18
Fitting of the Mo 3d photoemission spectrum from metallic molybdenum using a CR II lineshape
Fitting of the Mo 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Molybdenum
Elements: Mo
Sample composition: Mo
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:18
Fitting of the Mo 3d photoemission spectrum from metallic molybdenum using a CR II lineshape
Fitting of the Mo 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Molybdenum
Elements: Mo
Sample composition: Mo
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:14
Fitting of the Nb 3d photoemission spectrum from metallic niobium using a Double-Lorentzian lineshape
Fitting of the Nb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Double-Lorentzian peak and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Niobium
Elements: Nb
Sample composition: Nb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:11
Fitting of the Nb 3d photoemission spectrum from metallic niobium using a CR III lineshape
Fitting of the Nb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Niobium
Elements: Nb
Sample composition: Nb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:11
Fitting of the Nb 3d photoemission spectrum from metallic niobium using a CR III lineshape
Fitting of the Nb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Niobium
Elements: Nb
Sample composition: Nb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:07
Fitting of the Zr 3d photoemission spectrum from metallic zirconium using a Doniach-Sunjic lineshape
Fitting of the Zr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Doniach-Sunjic peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Zirconium
Elements: Zr
Sample composition: Zr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:07
Fitting of the Zr 3d photoemission spectrum from metallic zirconium using a Doniach-Sunjic lineshape
Fitting of the Zr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Doniach-Sunjic peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Zirconium
Elements: Zr
Sample composition: Zr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:06
Fitting of the Zr 3d photoemission spectrum from metallic zirconium using a Double-Lorentzian lineshape
Fitting of the Zr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Double-Lorentzian peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Zirconium
Elements: Zr
Sample composition: Zr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:06
Fitting of the Zr 3d photoemission spectrum from metallic zirconium using a Double-Lorentzian lineshape
Fitting of the Zr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Double-Lorentzian peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Zirconium
Elements: Zr
Sample composition: Zr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:05
Fitting of the Zr 3d photoemission spectrum from metallic zirconium using a CR III lineshape
Fitting of the Zr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Zirconium
Elements: Zr
Sample composition: Zr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:05
Fitting of the Zr 3d photoemission spectrum from metallic zirconium using a CR III lineshape
Fitting of the Zr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Zirconium
Elements: Zr
Sample composition: Zr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:05
Fitting of the Zr 3d photoemission spectrum from metallic zirconium using a CR III lineshape
Fitting of the Zr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Zirconium
Elements: Zr
Sample composition: Zr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 17:04
Fitting of the Zr 3d photoemission spectrum from metallic zirconium using a CR II lineshape
Fitting of the Zr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II peak and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Zirconium
Elements: Zr
Sample composition: Zr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 17:04
Fitting of the Zr 3d photoemission spectrum from metallic zirconium using a CR II lineshape
Fitting of the Zr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II peak and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Zirconium
Elements: Zr
Sample composition: Zr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
0No comments yet

Dulce María
Date: 2025-07-23 17:04
Fitting of the Zr 3d photoemission spectrum from metallic zirconium using a CR II lineshape
Fitting of the Zr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II peak and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Zirconium
Elements: Zr
Sample composition: Zr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
0No comments yet

Dulce María
Date: 2025-07-23 16:57
Fitting of the Y 3d photoemission spectrum from metallic yttrium using a Double-Lorentzian lineshape
Fitting of the Y 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Double-Lorentzian doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Yttirum
Elements: Y
Sample composition: Y
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 16:57
Fitting of the Y 3d photoemission spectrum from metallic yttrium using a Double-Lorentzian lineshape
Fitting of the Y 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Double-Lorentzian doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Yttirum
Elements: Y
Sample composition: Y
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Spectrometer mode:
Software used: AAnalyzer
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Database
Dulce María
Date: 2025-07-23 16:50
Fitting of the Y 3d photoemission spectrum from metallic yttrium using a CR III lineshape
Fitting of the Y 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic yttrium
Elements: Y
Sample composition: Y
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
0No comments yet

Database
Dulce María
Date: 2025-07-23 16:50
Fitting of the Y 3d photoemission spectrum from metallic yttrium using a CR III lineshape
Fitting of the Y 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic yttrium
Elements: Y
Sample composition: Y
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
0No comments yet

Database
Dulce María
Date: 2025-07-23 16:50
Fitting of the Y 3d photoemission spectrum from metallic yttrium using a CR III lineshape
Fitting of the Y 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic yttrium
Elements: Y
Sample composition: Y
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
0No comments yet

Dulce María
Date: 2025-07-23 16:49
Fitting of the Y 3d photoemission spectrum from metallic yttrium using a CR II lineshape
Fitting of the Y 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II peak and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic yttrium
Elements: Y
Sample composition: Y
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
0No comments yet

Dulce María
Date: 2025-07-23 16:49
Fitting of the Y 3d photoemission spectrum from metallic yttrium using a CR II lineshape
Fitting of the Y 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II peak and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic yttrium
Elements: Y
Sample composition: Y
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
0No comments yet

Dulce María
Date: 2025-07-23 16:49
Fitting of the Y 3d photoemission spectrum from metallic yttrium using a CR II lineshape
Fitting of the Y 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II peak and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic yttrium
Elements: Y
Sample composition: Y
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
0No comments yet

Dulce María
Date: 2025-07-23 16:46
Fitting of the Y 3d photoemission spectrum from metallic yttrium using Voigt peaks
Fitting of the Y 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt peaks. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic yttrium
Elements: Y
Sample composition: Y
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 16:46
Fitting of the Y 3d photoemission spectrum from metallic yttrium using Voigt peaks
Fitting of the Y 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt peaks. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic yttrium
Elements: Y
Sample composition: Y
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 16:34
Fitting of the Sr 3d photoemission spectrum from metallic strontium using a Doniach-Sunjic lineshape
Fitting of the Sr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one asymmetric Doniach-Sunjic peak and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic strontium
Elements: Sr
Sample composition: Sr
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 16:34
Fitting of the Sr 3d photoemission spectrum from metallic strontium using a Doniach-Sunjic lineshape
Fitting of the Sr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one asymmetric Doniach-Sunjic peak and an additional Voigt peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic strontium
Elements: Sr
Sample composition: Sr
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 16:32
Fitting of the Sr 3d photoemission spectrum from metallic strontium using a Double-Lorentzian lineshape
Fitting of the Sr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one asymmetric Double-Lorentzian lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic strontium
Elements: Sr
Sample composition: Sr
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 16:32
Fitting of the Sr 3d photoemission spectrum from metallic strontium using a Double-Lorentzian lineshape
Fitting of the Sr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one asymmetric Double-Lorentzian lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic strontium
Elements: Sr
Sample composition: Sr
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 16:31
Fitting of the Sr 3d photoemission spectrum from metallic strontium using a CR lineshape
Fitting of the Sr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II doublet and an additional Voigt doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic strontium
Elements: Sr
Sample composition: Sr
Data acquisition parameters:
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 16:31
Fitting of the Sr 3d photoemission spectrum from metallic strontium using a CR lineshape
Fitting of the Sr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II doublet and an additional Voigt doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic strontium
Elements: Sr
Sample composition: Sr
Data acquisition parameters:
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
0No comments yet

Dulce María
Date: 2025-07-23 16:31
Fitting of the Sr 3d photoemission spectrum from metallic strontium using a CR lineshape
Fitting of the Sr 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II doublet and an additional Voigt doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
Read more
Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic strontium
Elements: Sr
Sample composition: Sr
Data acquisition parameters:
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
0 votes
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Dulce María
Date: 2025-07-23 16:26
Fitting of the Rb 3d photoemission spectrum from a metallic rubidium sample using the Doniach-Sunjic lineshape
Fitting of the Rb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Doniach-Sunjic doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Rubidium
Elements: Rb
Sample composition: Rb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 16:26
Fitting of the Rb 3d photoemission spectrum from a metallic rubidium sample using the Doniach-Sunjic lineshape
Fitting of the Rb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Doniach-Sunjic doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Information about the sample:
Shape: Flat surface
Sample material: Rubidium
Elements: Rb
Sample composition: Rb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 16:25
Fitting of the Rb 3d photoemission spectrum from a metallic rubidium sample using a CR lineshape
Fitting of the Rb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Rubidium
Elements: Rb
Sample composition: Rb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 16:25
Fitting of the Rb 3d photoemission spectrum from a metallic rubidium sample using a CR lineshape
Fitting of the Rb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Rubidium
Elements: Rb
Sample composition: Rb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 16:25
Fitting of the Rb 3d photoemission spectrum from a metallic rubidium sample using a CR lineshape
Fitting of the Rb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one Coupled-Resonances type II doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Rubidium
Elements: Rb
Sample composition: Rb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 16:24
Fitting of the Rb 3d photoemission spectrum from a metallic rubidium sample using the Double-Lorentzian
Fitting of the Rb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one asymmetric Double-Lorentzian doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Rubidium
Elements: Rb
Sample composition: Rb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-07-23 16:24
Fitting of the Rb 3d photoemission spectrum from a metallic rubidium sample using the Double-Lorentzian
Fitting of the Rb 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with one asymmetric Double-Lorentzian doublet. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Rubidium
Elements: Rb
Sample composition: Rb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-23 03:27
Tantalum 4f fit with CR Type II line shape
Fit performed with a correlated doublet and a Gaussian doublet with narrow Shirley background. The peak corresponding to 5p does not have a narrow Shirley background. The CR Type II line shape fails to fit the asymmetric region of the 5/2 component. Data from the XPSLibrary; the use of this data requires acknowledging the XPSLibrary.com, copyrighted
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Information about the sample:
Shape: Flat surface
Sample material: Ta
Elements: Ta
Sample composition: Ta
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 4.3
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Abraham Jorge
Date: 2025-07-23 03:11
Tantalum 4f fit with CR Type III line shape
Fitting of the Ta 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with two correlated Coupled-Resonances type III peak. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Alberto
Date: 2025-06-18 18:20
example of a O 1s spectrum
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Equipment and analysis software:
Software used: AAnalyzer
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Orlando
Date: 2025-04-08 19:38
Polvos de PdCo
Muestras en polvo de PdCo propiedad del Centro de Investigación y Desarrollo Tecnológico en Electroquímica, S. C.
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Files :
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Information about the sample:
Sample material: PdCo
Elements: Pd, Co
Data acquisition parameters:
Photon source: Al Ka
Pass energy: 20
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
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Kevin Ulises
Date: 2025-03-29 16:54
Fit C1s Hanwa
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Information about the sample:
Sample material: C
Elements: C
Equipment and analysis software:
Spectrometer mode: Alpha110
Software used: AAnalyzer
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Kevin Ulises
Date: 2025-03-29 16:53
Fit C1s Hanwa
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Information about the sample:
Sample material: C
Elements: C
Equipment and analysis software:
Spectrometer mode: Alpha110
Software used: AAnalyzer
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Orlando
Date: 2025-03-28 21:53
Fit for Pt 4f obtained from the database XPSLibrary
data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
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Information about the sample:
Shape: Flat surface
Sample material: Pt
Elements: Pt
Sample composition: Pt metallic
Data acquisition parameters:
Photon source: Al Ka
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Brand: Thermofisher
Model: Alpha110
Spectrometer mode: MonoXPS
Software used: AAnalyzer
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Orlando
Date: 2025-03-28 21:52
Fit for Pt 4f obtained from the database XPSLibrary
data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
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Information about the sample:
Shape: Flat surface
Sample material: Pt
Elements: Pt
Sample composition: Pt metallic
Data acquisition parameters:
Photon source: Al Ka
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Brand: Thermofisher
Model: Alpha110
Spectrometer mode: MonoXPS
Software used: AAnalyzer
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Dulce María
Date: 2025-02-17 17:59
Fitting of a Rh 3d photoemission spectrum (from metallic rodhium) with a Doniach-Sunjic lineshape
Fitting of the Rh 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). In this approach, the main signal was fitted with a Doniach-Sujic peak and an additional Voigt peak was required to improve the fitting. The total background was modeled under the active background approach in which the extrinsic background was modeled with a Tougaard type background, while the intrinsic background was represented with a Narrow Shirley background and a set of symmetric peaks.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Rhodium
Elements: Rh
Sample composition: Rh
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-02-17 17:57
Fitting of a Rh 3d photoemission spectrum (from metallic rodhium) with a Double Lorentzian lineshape
Fitting of the Rh 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with a Double-Lorentzian lineshape. The total background was modeled under the active background approach in which the extrinsic background was modeled with a Tougaard type background, while the intrinsic background was represented with a Narrow Shirley background and a set of symmetric peaks.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Rhodium
Elements: Rh
Sample composition: Rh
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-02-17 17:55
Fitting of a Rh 3d photoemission spectrum (from metallic rodhium) with Voigt lineshapes
Fitting of the Rh 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with three Voigt peaks. The total background was modeled under the active background approach in which the extrinsic background was modeled with a Tougaard type background, while the intrinsic background was represented with a Narrow Shirley background and a set of symmetric peaks.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Rhodium
Elements: Rh
Sample composition: Rh
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Dulce María
Date: 2025-02-17 17:51
Fitting of a Rh 3d photoemission spectrum (from metallic rodhium) with a CR II lineshape
Fitting of the Rh 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with an Coupled-Resonances type II lineshape. The total background was modeled under the active background approach in which the extrinsic background was modeled with a Tougaard type background, while the intrinsic background was represented with a Narrow Shirley background and a set of symmetric peaks..
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Rhodium
Elements: Rh
Sample composition: Rh
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: Quantum 2000
Software used: AAnalyzer
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Alberto
Date: 2025-02-11 16:53
With CR Type II
The Narrow Shirley background was used. (Data from the XPSLibrary; the use of this data requires acknowledging the XPSLibrary.com, copyrighted)
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Information about the sample:
Shape: Flat surface
Sample material: tungsten
Elements: W
Sample composition: W
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 14.3
Take-off angle: 90
Equipment and analysis software:
Brand: Thermofisher
Software used: AAnalyzer
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Alaina
Date: 2024-03-11 19:03
TESTING 1
XPS Neo Test
C1s data taken from XPS Oasis and refit in XPS Neo as a test
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: Graphite
Elements: C, O
Sample composition: C
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: XPSNeo
0 votes
1 comment

Orlando
Date: 2024-11-12 19:57
Fit for chromium oxide exposed to atmospheric condictions for 15min and 2880min
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Equipment and analysis software:
Software used: aanalyzer
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Orlando
Date: 2024-11-12 19:56
Oxygen Fit for chromium oxide exposed to atmospheric condictions for 15min and 2880min
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Information about the sample:
Shape: Flat surface
Equipment and analysis software:
Software used: aanalyzer
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Alberto
Date: 2024-11-07 17:09
for Curve Fitting at AVS
try it. (Data from the XPSLibrary; the use of this data requires acknowledging the XPSLibrary.com, copyrighted)
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Alberto
Date: 2024-11-07 17:09
for Curve Fitting at AVS
try it (Data from the XPSLibrary; the use of this data requires acknowledging the XPSLibrary.com, copyrighted)
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Orlando
Date: 2024-11-06 06:16
Simultaneous fit for 1kL and 10ML rom oxidized aluminum in ARXPS
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Software used: aanalyzer
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Orlando
Date: 2024-11-06 06:11
Simultaneous Fit for oxidized Aluminum at different exposures
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Software used: aanalyzer
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Orlando
Date: 2024-11-06 06:09
Block Peak Metallic Aluminum obtained by sublimation in LPCN lab
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Software used: aanalyzer
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Orlando
Date: 2024-11-06 05:55
Metallic Aluminum obtained by sublimation in LPCN lab
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Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: aanalyzer
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Abraham Jorge
Date: 2024-11-03 06:42
Ir 4f spectrum with HD line shape
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Ir
Elements: Ir
Sample composition: Ir
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Spectrometer mode: MONO
Software used: aanalyzer
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Abraham Jorge
Date: 2024-11-03 06:34
W 4f spectrum with HD line shape
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: W
Elements: W
Sample composition: W
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Spectrometer mode: MONO
Software used: aanalyzer
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Abraham Jorge
Date: 2024-11-03 06:12
W 4f spectrum with HD line shape
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: W
Elements: W
Sample composition: W
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Spectrometer mode: MONO
Software used: aanalyzer
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Abraham Jorge
Date: 2024-11-03 01:59
Espectro de Os 4f con forma de linea HD
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Information about the sample:
Sample material: Os
Elements: Os
Sample composition: Os
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Spectrometer mode: MONO
Software used: aanalyzer
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Abraham Jorge
Date: 2024-11-02 07:06
Bi 4f Spectrum with HD Peak Shape
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Bi
Elements: Bi
Sample composition: Bi
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Spectrometer mode: MONO
Software used: aanalyzer
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Abraham Jorge
Date: 2024-11-02 06:55
Pt 4f Spectrum with HD Peak Shape
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Pt
Elements: Pt
Sample composition: Pt
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Spectrometer mode: MONO
Software used: aanalyzer
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Abraham Jorge
Date: 2024-11-02 06:46
Hg 4f Spectrum with HD Peak Shape
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Information about the sample:
Sample material: Hg
Elements: Hg
Sample composition: Hg
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Spectrometer mode: MONO
Software used: aanalyzer
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Abraham Jorge
Date: 2024-11-02 06:29
Au 4f Spectrum with HD Peak Shape
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Au
Elements: Au
Sample composition: Au
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
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Dulce María
Date: 2024-11-01 20:42
Fitting of spectra from the Fe 3p and 3s core level from a partially oxidized sample
Fitting of spectra from the core level Fe 3p and 3s from a partially oxidized iron film for different photon energies (6736.5 and 7487.5 eV).
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Information about the sample:
Shape: Flat surface
Sample material: partially oxidized Fe
Elements: Fe,O
Sample composition: Fe2O3/Fe
Data acquisition parameters:
Photon source: Synchrotron. Energy
Equipment and analysis software:
Software used: aanalyzer
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Dulce María
Date: 2024-11-01 20:42
Fitting of spectra from the Fe 3p and 3s core level from a partially oxidized sample
Fitting of spectra from the core level Fe 3p and 3s from a partially oxidized iron film for different photon energies (6736.5 and 7487.5 eV).
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: partially oxidized Fe
Elements: Fe,O
Sample composition: Fe2O3/Fe
Data acquisition parameters:
Photon source: Synchrotron. Energy
Equipment and analysis software:
Software used: aanalyzer
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Dulce María
Date: 2024-11-01 20:40
Fitting of spectra from the Fe 2s core level from a partially oxidized sample
Fitting of spectra from the core level Fe 2s from a partially oxidized iron film for different photon energies (6736.5, 6836.5, 6936.5, 7387.5, 7487.5, and 7587.5 eV).
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: partially oxidized Fe
Elements: Fe,O
Sample composition: Fe2O3/Fe
Data acquisition parameters:
Photon source: Synchrotron. Energy
Equipment and analysis software:
Software used: aanalyzer
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Dulce María
Date: 2024-11-01 20:02
Fitting of spectra from the O 1s core level from a partially oxidized sample
Fitting of spectra from the core level O 1s from a partially oxidized iron film for different photon energies (6736.5, 6836.5, 6936.5, 7387.5, 7487.5, and 7587.5 eV).
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: partially oxidized Fe
Elements: Fe,O
Sample composition: Fe2O3/Fe
Data acquisition parameters:
Photon source: Synchrotron. Energy
Equipment and analysis software:
Software used: aanalyzer
1 votes
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Dulce María
Date: 2024-11-01 20:00
Fitting of spectra from the Fe 2p core level from a partially oxidized sample
Fitting of spectra from the core level Fe 2p from a partially oxidized iron film for different photon energies (from top to botton 6836.5, 6736.5, 7587.5, and 7387.5 eV).
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: partially oxidized Fe
Elements: Fe,O
Sample composition: Fe2O3/Fe
Data acquisition parameters:
Photon source: Synchrotron. Energy
Equipment and analysis software:
Software used: aanalyzer
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Dulce María
Date: 2024-11-01 19:55
Fitting of intrinsic signals from the Fe 2p core level from a partially oxidized sample
Fitting of intrinsic Fe 2p signals for different photon energies (from top to botton 6836.5, 6736.5, 7587.5, and 7387.5 eV). The original spectra were analyzed under the Active background approach. The intrinsic signals were then obtained by modeling the extrinsic inelastic background accounting for the finite thickness (18 nm) of the oxide layer, a semi-infinite metal layer and X-ray extinction with a modified version of the method proposed by Herrera-Gomez Alberto, The photoemission background signal due to inelastic scattering in conformal thin layers, Queretaro, 2023.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: partially oxidized Fe
Elements: Fe,O
Sample composition: Fe2O3/Fe
Data acquisition parameters:
Photon source: Synchrotron. Energy
Equipment and analysis software:
Software used: aanalyzer
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Dulce María
Date: 2024-11-01 19:51
Fitting of intrinsic signals from the O 1s core level from a partially oxidized sample
Fitting of intrinsic O 1s signals for different photon energies (6736.5, 6836.5, 6936.5, 7387.5, 7487.5, and 7587.5 eV). The original spectra were analyzed under the Active background approach. The intrinsic signals were then obtained by modeling the extrinsic inelastic background accounting for the finite thickness (18 nm) of the oxide layer and X-ray extinction with a modified version of the method proposed by Herrera-Gomez Alberto, The photoemission background signal due to inelastic scattering in conformal thin layers, Queretaro, 2023.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: partially oxidized Fe
Elements: Fe,O
Sample composition: Fe2O3/Fe
Data acquisition parameters:
Photon source: Synchrotron. Energy
Equipment and analysis software:
Software used: aanalyzer
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Dulce María
Date: 2024-10-27 01:04
Simultaneous fitting of Ti 3p and 3s spectra obtained with hard X-rays
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Software used: aanalyzer
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Dulce María
Date: 2024-10-27 01:04
Simultaneous fitting of Ti 2s spectra obtained with hard X-rays
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Software used: aanalyzer
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Dulce María
Date: 2024-10-27 01:03
Simultaneous fitting of Ti 2p spectra obtained with hard X-rays
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Software used: aanalyzer
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Dulce María
Date: 2024-09-20 05:13
Fitting of a Te 3d photoemission spectrum from a metallic tellurium sample
Fitting of the Te 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The main peak was fitted with an asymmetric double-Lorentzian lineshape. The total background was modeled with a combination of a Tougaard type background and the interchannel coupling with valence band losses background.
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Files :
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Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Equipment and analysis software:
Software used: aanalyzer
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Dulce María
Date: 2024-08-19 11:45
Simultaneous fitting of Ti 3s spectra obtained with hard X-rays
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Software used: aanalyzer
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Dulce María
Date: 2024-08-19 11:44
Simultaneous fitting of Ti 3p spectra obtained with hard X-rays
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Software used: aanalyzer
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Orlando
Date: 2024-08-19 11:11
Y3d oxidized at 100 ML fitted with the traditional long shirley
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Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Software used: aanalyzer
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Orlando
Date: 2024-08-19 11:03
Y3d at 100ML with Narrow Shirley fit
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Files :
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Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Software used: aanalyzer
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Dagoberto
Date: 2024-08-18 23:09
Narrow Shirley corrected
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Software used: aanalyzer
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Marisol
Date: 2024-08-18 22:09
Metallic Mn
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Information about the sample:
Shape: Flat surface
Sample material: Metallic Mn
Elements: Mn, O
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
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Dagoberto
Date: 2024-08-18 22:02
Narrow Shirley
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Software used: aanalyzer
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Dagoberto
Date: 2024-08-18 06:50
Narrow Shirley
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Software used: aanalyzer
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Dagoberto
Date: 2024-08-18 06:34
Narrow Shirley
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Software used: aanalyzer
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Dagoberto
Date: 2024-08-18 06:12
Narrow Shirley
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Software used: aanalyzer
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Dagoberto
Date: 2024-08-18 06:12
Narrow Shirley
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Equipment and analysis software:
Software used: aanalyzer
0 votes
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Dagoberto
Date: 2024-08-18 06:10
Narrow Shirley
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Software used: aanalyzer
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Abraham Jorge
Date: 2024-08-17 21:57
metallic bismuth fit, performed with a correlated doublet and the shape of the double Lorentzian curve with background narrow Shirley
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Information about the sample:
Shape: Flat surface
Sample material: Bi
Elements: Bi
Sample composition: Bi
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
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Abraham Jorge
Date: 2024-08-17 21:55
Lead adjustment with a little oxide, made with a correlated doublet and the shape of the double Lorentzian curve with a narrow Shirley background
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Information about the sample:
Shape: Flat surface
Sample material: Pb
Elements: Pb
Sample composition: Pb
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2024-08-17 21:52
Metallic thallium fit performed with a correlated doublet and the shape of the double Lorentzian curve with background narrow Shirley
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Information about the sample:
Shape: Flat surface
Sample material: Tl
Elements: Tl
Sample composition: Tl
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
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Abraham Jorge
Date: 2024-08-17 21:50
Metallic Gold adjustment made with a correlated doublet and the shape of the double Lorentzian curve with narrow Shirley background, this does not present Shirley background
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Information about the sample:
Shape: Flat surface
Sample material: Hg
Elements: Hg
Sample composition: Hg
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
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Abraham Jorge
Date: 2024-08-17 21:49
Metallic Gold adjustment made with a correlated doublet and the shape of the double Lorentzian curve with background narrow Shirley
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Information about the sample:
Shape: Flat surface
Sample material: Au
Elements: Au
Sample composition: Au
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
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Abraham Jorge
Date: 2024-08-17 21:46
Platinum metal tuning performed with a correlated doublet and the shape of the double Lorentzian curve with bacgrond narrow Shirley
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Information about the sample:
Shape: Flat surface
Sample material: Pt
Elements: Pt
Sample composition: Pt
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
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Abraham Jorge
Date: 2024-08-17 21:45
Metallic iridium fit performed with a correlated doublet and the shape of the double Lorentzian curve with background narrow Shirley
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Information about the sample:
Shape: Flat surface
Sample material: Ir
Elements: Ir
Sample composition: Ir
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
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Abraham Jorge
Date: 2024-08-17 21:43
Fitting of metallic osmium with a correlated doublet and the shape of the double Lorentzian curve with background narrow Shirley
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Information about the sample:
Shape: Flat surface
Sample material: Os
Elements: Os
Sample composition: Os
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2024-08-17 21:41
Fit of metallic rhenium performed with a correlated doublet and the shape of the double Lorentzian curve with bacgrond narrow Shirley
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Information about the sample:
Shape: Flat surface
Sample material: Re
Elements: Re
Sample composition: Re
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
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Abraham Jorge
Date: 2024-08-17 21:39
Tungsten metal tuning performed with a correlated doublet and the shape of the double Lorentzian curve with a narrow Shirley background
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Information about the sample:
Shape: Flat surface
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
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Abraham Jorge
Date: 2024-08-17 21:36
Metallic tantalum tuning performed with a correlated doublet and the shape of the double Lorentzian curve with background narrow Shirley
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Information about the sample:
Shape: Flat surface
Sample material: Ta
Elements: Ta
Sample composition: Ta
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
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Abraham Jorge
Date: 2024-08-17 21:30
Fitting of metallic hafnium with a correlated doublet and the shape of the HD curve with Shirley narrow background
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Information about the sample:
Shape: Flat surface
Sample material: Hf
Elements: Hf
Sample composition: Hf
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Marisol
Date: 2024-07-28 15:24
Hafnium Oxide/Silicon
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Information about the sample:
Shape: Flat surface
Sample material: HfO2
Elements: Hf, Si, O
Sample composition: HfO2/HfSiO2
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Brand: ThermoFisher Scientific
Model: Alpha 110
Software used: aanalyzer
0 votes
2 comments

Marisol
Date: 2024-07-28 15:28
Hafnium Oxide/Silicon
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Information about the sample:
Shape: Flat surface
Sample material: HfO2
Elements: Hf, Si, O
Sample composition: HfO2/HfSiO2
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Brand: ThermoFisher Scientific
Model: Alpha 110
Software used: aanalyzer
0 votes
0No comments yet

Marisol
Date: 2024-07-28 15:27
Hafnium Oxide/Silicon
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Information about the sample:
Shape: Flat surface
Sample material: HfO2
Elements: Hf, Si, O
Sample composition: HfO2/HfSiO2
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Brand: ThermoFisher Scientific
Model: Alpha 110
Software used: aanalyzer
0 votes
0No comments yet

Marisol
Date: 2024-07-28 15:25
Hafnium Oxide/Silicon
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: HfO2
Elements: Hf, Si, O
Sample composition: HfO2/HfSiO2
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Brand: ThermoFisher Scientific
Model: Alpha 110
Software used: aanalyzer
0 votes
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Marisol
Date: 2024-07-27 19:13
Nitrided Hafnia
Nitridation of HfO2/Si
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: HfON/Si
Elements: Si, Hf, O and N
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Brand: ThermoFisher Scientific
Model: Alpha 110
Software used: aanalyzer
0 votes
0No comments yet

Marisol
Date: 2024-07-27 19:06
Nitrided Hafnia
Nitridation of HfO2/Si
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: HfON/Si
Elements: Si, Hf, O and N
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Brand: ThermoFisher Scientific
Model: Alpha 110
Software used: aanalyzer
0 votes
0No comments yet

Marisol
Date: 2024-07-27 19:05
Nitrided Hafnia
Nitridation of HfO2/Si
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: HfON/Si
Elements: Si, Hf, O and N
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Brand: ThermoFisher Scientific
Model: Alpha 110
Software used: aanalyzer
0 votes
0No comments yet

Marisol
Date: 2024-07-27 19:01
Nitrided Hafnia
Nitridation of HfO2/Si
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: HfON
Elements: Si, Hf, O and N
Sample composition: HfO1.66N0.33
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Brand: ThermoFisher Scientific
Model: Alpha 110
Software used: aanalyzer
0 votes
0No comments yet

Ximena
Date: 2024-07-20 21:12
C 1s - Y2(CO3)3
Fitting of the C 1s photoemision spectrum, from a Y2(CO3)3/LaB6 sample. The spectrum was fitted employing three Voigt peaks. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Information about the sample:
Shape: Flat surface
Sample material: Y2(CO3)3
Elements: Y C O
Sample composition: Y2(CO3)3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
1 votes
1 comment

Ximena
Date: 2024-07-20 21:25
C 1s - CuCO3
Fitting of the C 1s photoemision spectrum, from a CuCO3 powder on tape. The spectrum was fitted employing four Voigt peaks. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Information about the sample:
Shape: Powder
Sample material: CuCO3
Elements: Cu C O
Sample composition: CuCO3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
1 votes
2 comments

Ximena
Date: 2024-07-20 22:14
Se 3d - Pure selenium
Fitting of the Ge 2p photoemision spectrum. The spectrum was fitted employing three Voigt peaks, where two of them were correlated by their area (olive green peaks). Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Information about the sample:
Shape: Powder
Sample material: Pure selenium
Elements: Se
Sample composition: Se
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Ximena
Date: 2024-07-20 22:08
Ge 2p - Pure germanium
Fitting of the Ge 2p photoemision spectrum. The spectrum was fitted employing four Gaussian peaks and one Voigt peak, all of them being doublets. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Information about the sample:
Shape: Flat surface
Sample material: Pure germanium
Elements: Ge
Sample composition: Ge
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Ximena
Date: 2024-07-20 22:01
Al 2p - AlPO4
Fitting of the Al 2p photoemision spectrum. The spectrum was fitted employing one doublet Voigt peak. Data were provided by Dr Anders Barlow (the use of the spectrum requieres acknowledging the following article http://dx.doi.org/10.1002/sia.6417).
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Information about the sample:
Shape: Flat surface
Sample material: AlPO4
Elements: Al P O
Sample composition: TeO2
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 5
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Ximena
Date: 2024-07-20 21:39
Te 3d - TeO2
Fitting of the Te 3d photoemision spectrum, from a 3 mm TeO2 pellet. The spectrum was fitted employing four Voigt peaks, of which two were doublets (purple and olive green). Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: TeO2
Elements: Te O
Sample composition: TeO2
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 54.76
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Ximena
Date: 2024-07-20 21:18
C 1s - MgCO3
Fitting of the C 1s photoemision spectrum, from a MgCO3 powder on tape. The spectrum was fitted employing four Voigt peaks. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Files :
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Information about the sample:
Shape: Powder
Sample material: MgCO3
Elements: Mg C O
Sample composition: MgCO3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Cassandra
Date: 2023-11-18 20:33
Spectrum of Copper Sulfide (Covellite gem) (CuS)
Fitting of the S 2p photoemission spectrum of Copper sulfide (CuS), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted)
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Files :
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Information about the sample:
Sample material: Sulfur
Elements: S, Cu
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: aanalyzer
0 votes
1 comment
Ximena
Date: 2024-07-04 02:11
O 1s - Y2(CO3)3
Fitting of the O 1s photoemision spectrum, from a Y2(CO3)3/LaB6 sample. The spectrum was fitted employing three Voigt peaks. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Y2(CO3)3/LaB6
Elements: Y C O La B
Sample composition: Y2(CO3)3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
1 votes
2 comments
Ximena
Date: 2024-07-04 02:33
O 1s - CuCO3
Fitting of the O 1s photoemision spectrum, from a CuCO3 powder on tape. The spectrum was fitted employing three Voigt peaks. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Files :
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Information about the sample:
Shape: Powder
Sample material: CuCO3
Elements: Cu C O
Sample composition: CuCO3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
1 votes
1 comment
Ximena
Date: 2024-07-04 02:27
O 1s - LiCO3
Fitting of the O 1s photoemision spectrum, from a LiCO3 sample produced by a CO2 attack on LiOH powder. The spectrum was fitted employing three Voigt peaks. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Files :
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Information about the sample:
Shape: Powder
Sample material: LiCO3
Elements: Li C O
Sample composition: LiCO3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
1 votes
0No comments yet
Ximena
Date: 2024-07-04 02:18
O 1s - MgCO3
Fitting of the O 1s photoemision spectrum, from a MgCO3 powder on tape. The spectrum was fitted employing two Voigt peaks. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Powder
Sample material: MgCO3
Elements: Mg C O
Sample composition: MgCO3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
1 votes
0No comments yet
Ximena
Date: 2024-07-04 02:03
O 1s - Ga2O3
Fitting of the O 1s photoemision spectrum, from a 3 mm Ga2O3 pellet. The spectrum was fitted employing three Voigt peaks. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Ga2O3
Elements: Ga O
Sample composition: Ga2O3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 54.76
Equipment and analysis software:
Software used: aanalyzer
1 votes
0No comments yet
Ximena
Date: 2024-07-04 01:55
O 1s - TeO2
Fitting of the O 1s photoemision spectrum, from a 3 mm TeO2 pellet. The spectrum was fitted employing three Voigt peaks. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: TeO2
Elements: Te O
Sample composition: TeO2
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 54.76
Equipment and analysis software:
Software used: aanalyzer
1 votes
0No comments yet

Ximena
Date: 2024-07-04 01:47
O 1s - K2O
Fitting of the O 1s photoemision spectrum, from a K2O/SiO2 exposed bulk mesh. The spectrum was fitted employing two Voigt peaks. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Information about the sample:
Shape: Flat surface
Sample material: K2O/SiO2
Elements: K O Si
Sample composition: K2O
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 54.99
Equipment and analysis software:
Software used: aanalyzer
1 votes
0No comments yet

Ximena
Date: 2024-07-04 01:41
O 1s - Sb2O3
Fitting of the O 1s photoemision spectrum, from a 3 mm Sb2O3 pellet. The spectrum was fitted employing two Voigt peaks. Data were provided by Vincent Crist (the use of the spectrum requieres acknowledging XPS library website, https://xpslibrary.com/).
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Sb2O3
Elements: Sb O
Sample composition: Sb2O3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 30.01
Equipment and analysis software:
Software used: aanalyzer
-1 votes
0No comments yet

Carla
Date: 2024-07-03 21:03
Testing
Testing the ability to upload posts
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0 votes
0No comments yet

Anonimus
Date: 2024-04-08 20:44
Oxigeno O1s
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Information about the sample:
Shape: Flat surface
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Axel
Date: 2024-04-08 20:43
Ajuste O 1s CIMAV
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Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Cassandra
Date: 2023-11-18 20:53
Spectrum of Copper-Zinc Sulfide (CuZnS)
Spectrum and fitting of S 2p from copper-zinc sulfide (CuZnS), experimental data were obtained from films fabricated using a chemical bath.
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Files :
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Information about the sample:
Sample material: Sulfur
Elements: S, Cu, Zn
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Cassandra
Date: 2023-11-18 20:49
Spectrum of mercury sulfide (HgS)
Fitting of the S 2p photoemission spectrum of mercury sulfide (HgS), data were provided by Vincent Crist (The use of the spectrum requires acknowledging the XPS library website, https://xpslibrary.com/, and the data is copyrighted).
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Files :
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Information about the sample:
Sample material: Sulfur
Elements: S, Hg
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Cassandra
Date: 2023-11-18 20:45
Spectrum of molybdenum sulfide (MoS2)
Fitting of the S 2p photoemission spectrum of molybdenum sulfide (MoS2), data were provided by Vincent Crist (The use of the spectrum requires acknowledging the XPS library website, https://xpslibrary.com/, and the data is copyrighted).
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Files :
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Information about the sample:
Sample material: Sulfur
Elements: S, Mo
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Cassandra
Date: 2023-11-18 20:39
Spectra of Copper Sulfide (CuS) obtained by the SILAR method with 100 cycles.
Spectra and fitting of S 2p from Copper Sulfide (CuS) obtained by the SILAR method with 100 cycles.
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Files :
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Information about the sample:
Sample material: Sulfur
Elements: S, Cu
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Cassandra
Date: 2023-11-18 20:28
Spectrum of tantalum sulfide (TaS2)
Fitting of the S 2p photoemission spectrum of tantalum sulfide (TaS2), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted)
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Files :
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Information about the sample:
Sample material: Sulfur
Elements: S, Ta
Sample composition: TaS2
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Cassandra
Date: 2023-11-18 20:24
Spectrum of iron sulfide (FeS2)
Fitting of the S 2p photoemission spectrum of iron sulfide (FeS2), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted)
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Files :
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Information about the sample:
Sample material: Sulfur
Elements: S, Fe
Sample composition: FeS2
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Cassandra
Date: 2023-11-18 20:07
Spectrum of metallic sulfur
Fitting of the S 2p photoemission spectrum of metallic sulfur, data were obtained from the PHI Handbook.
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Files :
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Information about the sample:
Sample material: Sulfur
Elements: S
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Alberto
Date: 2023-11-09 18:47
Metallic nickel
Besides using a DL, a extra peak was added
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Metallic nickel
Elements: Ni
Sample composition: Ni
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Orlando
Date: 2023-10-23 17:31
Sulfur
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Files :
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Information about the sample:
Sample material: Sulfur
Elements: S, Ta
Sample composition: TaS2
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
3 votes
10 comments
Dagoberto
Date: 2023-10-30 20:01
S 2p spectra for CuS Covellite

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Files :
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Information about the sample:
Shape: Flat surface
Sample material:
Elements:
Sample composition:
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Brand: XPS Escalab 250Xi
Model:
Spectrometer mode:
Software used: aanalyzer
0 votes
0No comments yet

Dagoberto
Date: 2023-10-30 18:57
S 2p spectra for CuZnS thin films
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Files :
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Information about the sample:
Shape: Flat surface
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Brand: SPECS
Software used: aanalyzer
0 votes
0No comments yet

Alberto
Date: 2023-10-23 23:39
Ni 2p from metallic nickel
This post is described in the document titled "A formal expression for the photoemission signal and the angular transmission function" that can be found at http://www.qro.cinvestav.mx/~aherrera/reportesInternos/formalExpressionXPSIntensity.pdf
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: metallic nickel
Elements: Ni
Sample composition: Ni
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha110
Spectrometer mode: large angle small area
Software used: aanalyzer
0 votes
0No comments yet
Orlando
Date: 2023-10-19 01:43
Fits for Sulfur 2p
Fitting of the S 2p photoemission spectrum for the element (research grade), data were obtained from the PHI Handbook
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Files :
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Information about the sample:
Sample material: Sulfur
Elements: S
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: aanalyzer
0 votes
15 comments

Alberto
Date: 2023-10-15 01:00
June 4, 5 PM CT
June 4, 5 PM CT
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2 votes
0No comments yet
Alberto
Date: 2023-10-15 01:00
June 3, 5 PM CT
June 3, 5 PM CT
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-1 votes
0No comments yet

Jorge Alejandro
Date: 2023-08-24 14:26
Coppper full oxide
high-quality metallic copper layers produced by sublimation. With annealing at 300°C for 3h in a quartz tube furnace exposed to a flow of 20 sccm ultra-high purity molecular oxygen
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: CuO
Elements: Cu, O
Sample composition: CuO0.98
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Model: Alpha XPS110
Software used: aanalyzer
0 votes
0No comments yet

Orlando
Date: 2023-08-14 09:33
all oxides during the process of obtaining metallic tungsten
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Tungsten Oxide
Elements: W/O
Sample composition: WO2/WO3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Orlando
Date: 2023-08-14 09:21
All Oxides 10L to 10ML
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Tungsten
Elements: W/O
Sample composition: WO2/WO3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Orlando
Date: 2023-08-14 09:08
All Oxides 10L to 10ML
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Tungsten
Elements: W/O
Sample composition: WO2/WO3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Orlando
Date: 2023-08-14 09:07
all oxides during the process of obtaining metallic tungsten
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Files :
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Information about the sample:
Sample material: Tungten
Elements: W/O
Sample composition: WO3/WO2
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Orlando
Date: 2023-08-14 09:01
Best Metallic Tungsten Film
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Tungsten
Elements: W
Sample composition: W/W-Ox
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Orlando
Date: 2023-08-14 08:59
Hnadbook Spectra o W4f
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Files :
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Information about the sample:
Sample material: tungsten
Elements: W
Sample composition: W
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Orlando
Date: 2023-08-08 03:04
Ajuste Simultaneo para Oxido de Aluminio a diferentes exposiciones
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Files :
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Information about the sample:
Sample material: Aluminum Oxide
Elements: Al. O
Sample composition: Al2O3, AlO
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85, 75, 65
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Orlando
Date: 2023-08-04 19:18
Simultaneous fitting of Al 2p spectra at different exposures to ultra-high purity oxygen
All spectra were aligned to the reported value of 72.6 eV.
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Orlando
Date: 2023-08-02 00:47
Aluminum at different oxigen exposures
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Aluminum Oxide
Elements: Al, O
Sample composition: Al2O3, AlO
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85-35
Equipment and analysis software:
Software used: aanalyzer
0 votes
1 comment

Alberto
Date: 2023-08-01 17:07
survey of a clean gold sample
very clean gold film
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Equipment and analysis software:
Software used: aanalyzer
0 votes
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Alberto
Date: 2023-08-01 16:46
Si 2p wide scan
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Equipment and analysis software:
Software used: aanalyzer
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Alberto
Date: 2023-08-01 16:37
RCA clean
This is the cleanest si we could get. It is H-terminated.
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Equipment and analysis software:
Software used: aanalyzer
0 votes
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Vincent
Date: 2023-07-14 08:48
color of the "0" peak come back to black
Hello,
I would like to signal a bug:
The color of the first peak “0” can be modfied but is not saved in the .par file and always come back to black color.
Regards,
My configuration: Windows 11 pro 22H2
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Information about the sample:
Shape: Flat Surface
0 votes
0No comments yet

Abraham Jorge
Date: 2023-03-24 00:54
BaAlO4+Ce
Barium aluminate with Cerium nanoparticles. Overlap between the peak of Barium MNN and Ce3d. The fit still does not convince me. The data are protected by copyright.
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Files :
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Information about the sample:
Shape: Powder
Sample material: BaAlO4+Ce
Elements: Ba, Al, Ce
Sample composition: BaAlO4
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Spectrometer mode: MONO
Software used: aanalyzer
0 votes
0No comments yet

Jorge Alejandro
Date: 2023-03-11 23:21
CuO_0.98
Oxidation of ultra-pure copper film in a quartz tubular furnace at 300°C for 3h, to achieve a full oxidation. The equipment employed to acquire X-ray photoelectron spectra was assembled by Intercovamex (Morelos, Mexico); the experimental data collection instrumentation consists of an XR5 monochromatic Al Kα1 (hν = 1486.7 eV) X-ray source and a hemispheric spectrometer model XPS110 equipped with a seven-channel electron multiplier detector provided by ThermoFisher (East Grinstead, UK). During the data acquisition, the background pressure was kept around 9×10-11 Torr
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Copper
Elements: Cu
Sample composition: CuO0.98
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 0.1
Take-off angle: 85
Equipment and analysis software:
Model: Thermo Alpha110
Spectrometer mode: MONO
Software used: aanalyzer
0 votes
0No comments yet

Alberto
Date: 2023-01-19 01:37
C 1s from graphite fitted with symmetric peaks
The first peak from right to left corresponds to sp2 and the second to sp3. The other three peaks correspond to adventitious surface carbon.
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Graphite
Elements: C, O
Sample composition: C
Data acquisition parameters:
Photon source: Al Ka monochromatic
Take-off angle: 90
Equipment and analysis software:
Brand: Thermofisher
Spectrometer mode: Small area, large angle
Software used: aanalyzer
0 votes
0No comments yet

Orlando
Date: 2023-01-10 20:14
Alternative Fit for Cr 2p
This is an alternative fit for the data of the paper 4. "Oxidation mechanism of metallic chromium at room temperature". https://doi.org/10.1016/j.apsusc.2020.148636 I use a doble lorentzina peak for the main peaks plus and a doblet of Voigt.
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Files :
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Information about the sample:
Sample material: Cr Metal
Elements: Cr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Brand: Thermofisher
Model: Alpha 110
Software used: aanalyzer
0 votes
0No comments yet

Orlando
Date: 2022-12-15 08:07
Polvos de PdCo
Muestras en polvo de PdCo propiedad del Centro de Investigación y Desarrollo Tecnológico en Electroquímica, S. C.
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Information about the sample:
Sample material: PdCo
Elements: Pd
Data acquisition parameters:
Photon source: Al Ka
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Alberto
Date: 2022-12-04 19:56
hv 5021 eV
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Files :
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Data acquisition parameters:
Photon source: Synchrotron. Energy
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-11-24 01:22
Bismuth 4f
Bi 4f spectrum obtained from metallic Osmium flat surface, published data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The branching ratio of each doublet was forced to be equal to the theoretically expected value taken from the Scofield Tables
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Bismuth
Elements: Bi
Sample composition: Bi
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 90
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet
Abraham Jorge
Date: 2022-11-18 22:21
Bismuth
Bi 4f spectrum obtained from metallic Osmium flat surface, published data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The branching ratio of each doublet was forced to be equal to the theoretically expected value taken from the Scofield Tables
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Files :
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Information about the sample:
Shape: Flat surface
Sample material: Bi
Elements: Bi
Sample composition: Bi 4f
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: aanalyzer
0 votes
0No comments yet

Database
Dagoberto
Date: 2021-10-08 23:48
Fe 2p peak-fitting in hematite
Fe 2p peak-fitting from an iron oxide film, the peak areas obtained in the fitting allows for the calculation of the expected composition (Fe2.00±0.05O3) by modeling the background as a combination of Shirley-type (Shirley-Vegh-Salvi-Castle) and slope backgrounds through the active approach. It is important that a double-Lorentzian lineshape was used to model the multiplet structure. For more information please refer to DOI: 10.1002/sia.6124
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Information about the sample:
Shape: Flat Surface
Sample material: Hematite
Elements: Fe; O
Sample composition: Fe2.00±0.05 : O3
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha110
Spectrometer mode: Small area large angle
Software used: Analyzer
1 votes
1 comment

Alberto
Date: 2022-10-06 04:10
HOPG C 1s from La Trobe CMSS Hub
Showing HOPG C 1s spectra from different sources
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Information about the sample:
Shape: Flat Surface
Sample material: HOPG
Elements: C
Data acquisition parameters:
Pass energy: 10
Equipment and analysis software:
Brand: Kratos
0 votes
1 comment

Abraham Jorge
Date: 2022-06-07 23:15
Fitting of the Au 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
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Information about the sample:
Shape: Flat surface
Sample material: Au
Elements: Au
Sample composition: Au
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
1 comment
Alberto
Date: 2022-09-29 15:49
for SMCTSM course
please download it, fit it and post it as a comment
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Files :
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Equipment and analysis software:
Software used: AAnalyzer
0 votes
4 comments

Alberto
Date: 2022-09-28 21:38
O 1s from quartz. To be used in the 9/22 SMCTSM conference course on XPS fitting
just try to fit it and post it
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Information about the sample:
Shape: Flat Surface
Sample material: Quartz
Elements: Si, O
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Take-off angle: 90
Equipment and analysis software:
Brand: ThermoFisher
0 votes
3 comments

Alberto
Date: 2022-09-28 22:58
Si 2p in clean Si. To be used in the 9/22 SMCTSM conference course on XPS fitting
download the data, fit it, and post it as a comment
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: clean silicon
Elements: Si
Sample composition: Si
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: small area, large angle
0 votes
0No comments yet
Alberto
Date: 2022-09-28 22:51
Si 2p in SiO2/Si. To be used in the 9/22 SMCTSM conference course on XPS fitting
download the data, fit it, and post it as a comment
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: SiO2/Si
Elements: Si, O
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: small area, large angle
0 votes
0No comments yet
Alberto
Date: 2022-09-28 22:45
Hf 4f from HfO2. To be used in the 9/22 SMCTSM conference course on XPS fitting
download the data, fit it and post is as a comment
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: HfO2/Si
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Spectrometer mode: small area, large angle
0 votes
0No comments yet

Alberto
Date: 2022-09-28 22:07
O 1s from HfO/SiO/Si. To be used in the 9/22 SMCTSM conference course on XPS fitting
download the data, fit it and post it as a comment
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: HfO/SiO/Si
Elements: Hf, O, Si
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: small area, large angle
0 votes
0No comments yet

Alberto
Date: 2022-09-28 22:06
O 1s from nickel oxide. To be used in the 9/22 SMCTSM conference course on XPS fitting
download the data and try to fit it; then, post it as a comment
Read more
Information about the sample:
Shape: Flat Surface
Elements: Ni, O
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Spectrometer mode: small area, large angle
0 votes
0No comments yet

Enrique
Date: 2022-09-27 22:18
1
1
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0 votes
4 comments

Abraham Jorge
Date: 2022-09-21 01:31
almost there
is the blue peak necessary ?
Read more
Information about the sample:
Shape: Flat surface
Sample material: Re 4f
Elements: Re
Sample composition: Re
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
2 comments
Marisol
Date: 2022-04-23 01:00
Mn metallic high resolution
10 eV Pass energy was used
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Information about the sample:
Shape: Flat surface
Sample material: Mn Met
Elements: Mn
Sample composition: Mn
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: Small area large angle
Software used: AAnalyzer
0 votes
1 comment

Abraham Jorge
Date: 2021-10-11 20:52
Silicon oxide in filter
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Files :
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Information about the sample:
Shape: Nanowires
Sample material: SiO2
Elements: Si,O
Sample composition: SiO2
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha110
Spectrometer mode: MONOXPS
Software used: AAnalyzer
0 votes
1 comment

Abraham Jorge
Date: 2022-08-15 18:02
Hg 4f Double Lorentz
Hg 4f spectrum obtained from metallic mercury flat surface, published data were provided by Phy handbook of X-ray photoelectron spectroscopy.The branching ratio of each doublet was forced to be equal to the theoretically expected value taken from the Scofield Tables
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Information about the sample:
Shape: Flat surface
Sample material: Hg 4f
Elements: Hg
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet
Abraham Jorge
Date: 2022-08-04 18:44
Os 4f spectrum obtained from metallic Osmium flat surface, published data were provided by DOI: 10.1103/PhysRevMaterials.3.025001.The branching ratio of each doublet was forced to be equal to the theoretically expected value taken from the Scofield Tables
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Information about the sample:
Shape: Flat surface
Sample material: Os 4f
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-07-25 23:46
Os 4f spectrum obtained from metallic Osmium flat surface, published data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The branching ratio of each doublet was forced to be equal to the theoretically expected value taken from the Scofield Tables
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Information about the sample:
Shape: Flat surface
Sample material: Os 4f
Elements: Os
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-07-09 02:57
Os 4f spectrum obtained from metallic Osmium flat surface, published data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The branching ratio of each doublet was forced to be equal to the theoretically expected value taken
Read more
Information about the sample:
Shape: Flat surface
Sample material: Sample information
Elements: Os 4f/5p
Sample composition: Os
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: Data acquisition parameters
Take-off angle: 15
Equipment and analysis software:
Brand: Equipment information
Model:
Spectrometer mode:
Software used: AAnalyzer
0 votes
1 comment

Abraham Jorge
Date: 2022-07-09 23:37
Hg 4f spectrum obtained from metallic Mercury flat surface, published data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The branching ratio of each doublet was forced to be equal to the theoretically expected value taken from the Scofield Tables
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Information about the sample:
Shape: Flat surface
Sample material: Hg 4f
Elements: Gh
Sample composition: Hg
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-07-09 02:51
Os 4f spectrum obtained from metallic Osmium flat surface, published data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The branching ratio of each doublet was forced to be equal to the theoretically expected value taken from the Scofield Tables
Read more
Information about the sample:
Shape: Flat surface
Sample material: Os 4f/5p
Elements: Os
Sample composition: Os
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-07-08 03:35
Read more
Information about the sample:
Shape: Flat surface
Sample material: Pt
Elements: Pt
Sample composition: Pt
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Orlando
Date: 2022-07-06 01:06
Vanadium Oxide (V 2p + O 1s)
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Information about the sample:
Shape: Flat surface
Sample material: Vanadium Oxide
Elements: V, O
Sample composition: VxOy
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Brand: Thermofisher
Model: Alpha110
Software used: AAnalyzer
0 votes
1 comment

Abraham Jorge
Date: 2022-06-20 22:59
Hg 4f spectrum obtained from metallic Mercury flat surface, published data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The branching ratio of each doublet was forced to be equal to the theoretically expected value taken from the Scofield Tables
Read more
Information about the sample:
Shape: Flat surface
Sample material: Hg 4f
Elements: Hg
Sample composition: Hg
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet
Abraham Jorge
Date: 2022-06-19 07:28
Os 4f spectrum obtained from metallic Osmium flat surface, published data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The branching ratio of each doublet was forced to be equal to the theoretically expected value taken from the Scofield Tables
Read more
Information about the sample:
Shape: Flat surface
Sample material: Os 4f
Elements: Os
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-06-07 23:31
Fitting of the Ta 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
Read more
Information about the sample:
Shape: Flat surface
Sample material: Ta
Elements: Ta
Sample composition: Ta
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
1 comment

Abraham Jorge
Date: 2022-06-14 00:04
Fitting of the Ir 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
Read more
Information about the sample:
Shape: Flat surface
Sample material: Ir
Elements: Ir
Sample composition: Ir
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

milton
Date: 2022-06-08 23:56
Thallium with possible oxide
From Vince database, data adquire on April 2003.
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Information about the sample:
Elements: Thallium
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 14.27
Equipment and analysis software:
Spectrometer mode: FAT
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-06-08 00:30
Fitting of the Re 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
Read more
Information about the sample:
Shape: Flat surface
Sample material: Re
Elements: Re
Sample composition: Re
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-06-08 00:28
Fitting of the Re 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
Read more
Information about the sample:
Shape: Flat surface
Sample material: Re
Elements: Re
Sample composition: Re
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-06-08 00:26
Fitting of the Ir 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
Read more
Information about the sample:
Shape: Flat surface
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-06-08 00:24
Fitting of the Pt 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
Read more
Information about the sample:
Sample material: Pt
Elements: Pt
Sample composition: PT¡t
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet
Abraham Jorge
Date: 2022-06-07 23:35
Read more
Information about the sample:
Shape: Flat surface
Sample material: W
Elements: W
Sample composition: W
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-06-07 23:28
Fitting of the Hf 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
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Information about the sample:
Shape: Flat Surface
Sample material: Hf
Elements: Hf
Sample composition: Hf
0 votes
0No comments yet

Abraham Jorge
Date: 2022-06-07 23:25
Fitting of the Hg 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
Read more
Information about the sample:
Shape: Flat surface
Sample material: Hg
Elements: Hg
Sample composition: Hg
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2022-06-07 23:14
Fitting of the Au 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted).
Read more
Information about the sample:
Shape: Flat surface
Sample material: Au
Elements: Au
Sample composition: Au
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet
Database
Dulce María
Date: 2021-10-01 01:06
Metallic Ni 2p spectrum fitted only with symmetric Voigt lineshapes
The main doublet was fitted with three symetric Voigt doublets (shown in navy blue, blue and aqua). The spectra was obtained from the surface of a metallic nickel thick sample deposited by thermal sublimation in UHV conditions. Data included in a Master Degree Thesis (Guzmán-Bucio et al. "Oxidation mechanim of metallic nickel," to be published).
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Metallic Ni
Elements: Ni
Sample composition: Ni
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha110
Spectrometer mode: small area, large angle
Software used: Analyzer
1 votes
1 comment

Dulce María
Date: 2022-05-10 21:17
Fitting of the Pb 4f from a Pb polycrystal
Fitting of the Pb 4f photoemission spectrum for a poly crystalline surface, data were published by Engelhard and Baer. (accession #0057402). The main photoemission line was fitted using an asymmetric Double-Lorentzian doublet. The branching ratio was forced to be equal to the theoretically expected value (0.7863), which was taken from the Scofield tables. Data were obtained from: Mark Engelhard and Don Baer , "Third Row Transition Metals by X-ray Photoelectron Spectroscopy", Surface Science Spectra 7, 1-68 (2000) https://doi.org/10.1116/1.1311915
Read more
Information about the sample:
Shape: Otherpolycrystal
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 23.5
Equipment and analysis software:
Brand: Physical Electronics, Incorporated Quantum 2000
Model: 11-066
Spectrometer mode: constant pass energy
Software used: AAnalyzer
0 votes
0No comments yet

Alberto
Date: 2022-03-16 02:10
Pure indium. Spectra from https://xpslibrary.com/
The use of the spectrum requires acknowledging https://xpslibrary.com/, the data is copyrighted. X-ray incident angle: 55°. The fit required the use of asymmetric double-Lorentzian lineshapes for the main peak. The SVSC parameter of the satellites is about the same as for the main peak.Read less
Read more
Information about the sample:
Shape: Flat Surface
Sample material: indium
Elements: In
Sample composition: In
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 14.3
Take-off angle: 90
Equipment and analysis software:
Spectrometer mode: FAT
Software used: Analyzer
0 votes
1 comment

Database
Alberto
Date: 2022-03-15 21:14
Pure cadmium. Spectra from https://xpslibrary.com/
The use of the spectrum requires acknowledging https://xpslibrary.com/, the data is copyrighted. X-ray incident angle: 55°. The fit required the use of asymmetric double-Lorentzian lineshapes for the main peak. The SVSC parameter for the satellites is about 5 times larger than for the main peak. The fit for Sn 3d (post #493) is similar. The uncertainties were calculated using a gain of 4.8 (48 scans, 0.1 dwelling time). Read less
Read more
Information about the sample:
Shape: Flat Surface
Sample material: pure Cd
Elements: Cd
Sample composition: Cd
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 14.3
Take-off angle: 90
Equipment and analysis software:
Spectrometer mode: FAT
Software used: Analyzer
0 votes
1 comment

Abraham Jorge
Date: 2022-03-17 03:23
Silver Ag (3d5) & Ag (3d3), BE Cu(2p3)= 932.67eV _ 0.05 eV step, Sum of 15 repetitive etch scans
Fitting of the Ag 3d photoemission spectrum for the element (research grade), data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). Read more
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Silver Ag (3d5) & Ag (3d3)
Elements: Pure Ag
Sample composition: Ag
Equipment and analysis software:
Software used: Analyzer
0 votes
3 comments

Alberto
Date: 2022-03-16 01:59
Pure tin. Spectra from https://xpslibrary.com/
The use of the spectrum requires acknowledging https://xpslibrary.com/, the data is copyrighted. X-ray incident angle: 55°. The fit required the use of asymmetric double-Lorentzian lineshapes for the main peak. The SVSC parameter of the satellites is slightly smaller that from the main peak. The fit is slightly off in the circled regions.
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Tin
Elements: Sn
Sample composition: Sn
Equipment and analysis software:
Software used: Analyzer
0 votes
3 comments

Oscar
Date: 2022-04-26 04:28
Ga 2p in InGaAs
Ga in InGaAs substrate treated thermally at 300 °C.
Read more
Information about the sample:
Shape: Flat Surface
Sample material: InGaAs
Elements: In, Ga, As
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Software used: Analyzer
0 votes
0No comments yet

Oscar
Date: 2022-04-26 02:00
As 3d in InGaAs
InGaAs deposited by MBE on GaAs substrate. As 3d in InGaAs treated thermally at 300 °C.Read more
Read more
Information about the sample:
Shape: Flat Surface
Sample material: InGaAs
Elements: InGaAs
Data acquisition parameters:
Pass energy: 15
Take-off angle: 85
0 votes
0No comments yet

Orlando
Date: 2022-04-26 01:20
GaAs from XPSlibrary.com
The use of the spectrum requires acknowledging https://xpslibrary.com/, the data is copyrighted.
Read more
Information about the sample:
Sample material: GaAs
Elements: Ga, As, O
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 54.92
Take-off angle: 90
Equipment and analysis software:
Software used: AAnalyzer
0 votes
1 comment

Abraham Jorge
Date: 2022-04-23 04:55
Tantalum Ta (4f7) & Ta (4f5),BE Cu(2p3)=932.69 eV
Ta 4f spectrum obtained from metallic Tantalum flat surface, published data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The branching ratio of each doublet was forced to be equal to the theoretically expected value taken from the Scofield Tables
Read more
Information about the sample:
Shape: Flat surface
Sample material: Ta 4f
Elements: Ta
Sample composition: Ta
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Spectrometer mode: FAT
Software used: AAnalyzer
0 votes
1 comment

Abraham Jorge
Date: 2022-04-23 04:23
Tungsten W (4f7) & (4f5), BE Cu (2p3) = 932.65 eV
W 4f spectrum obtained from metallic Tungsten flat surface, published data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The branching ratio of each doublet was forced to be equal to the theoretically expected value taken from the Scofield Tables
Read more
Information about the sample:
Shape: Flat surface
Sample material: W 4f
Elements: W
Sample composition: W
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Spectrometer mode: FAT
Software used: AAnalyzer
0 votes
0No comments yet

Database
Dulce María
Date: 2021-05-11 00:52
Oxygen in hafnium oxide obtained by ALD
O 1s spectra was obtained from the surface of a hafnium oxide sample that was deposited by atomic layer deposition over Si(1 0 0) wafers. The component at ~530 eV is associated to Hf-O bonding in hafnium oxide. The component at 532 eV has contributions from the oxygen of the superficial hydroxil groups and from the oxygen in hafnium silicate at the interface HfO2/Si.
Read more
Information about the sample:
Shape: Flat surface
Sample material: Hafnium oxide
Elements: Hf, O, Si
Sample composition: HfO2/HfSiO2/Si
Data acquisition parameters:
Photon source: Al Ka monochromatic
Take-off angle: 85°
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: large angle, small area
2 votes
2 comments

Alberto
Date: 2022-04-22 03:33
from HfO2/SiO2
Which life-time width should I use? Which fitting software do you recommend?
Read more
Information about the sample:
Shape: Flat Surface
Sample material: HfO2/SiO2/Si
Elements: Si, O, Hf
Sample composition: HfO2/SiO2
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: small area, large angle
0 votes
0No comments yet

Abraham Jorge
Date: 2022-04-07 05:23
Ti 2p
The use of the spectrum requires acknowledging Lab. B15 "LPCN" CINVESTAV Qro, the data is copyrighted. Fitting of the Ti 2p photoemission spectrum for the element (research grade). The double Lorentzian for the main peak was divided into two singlest with correlated areas
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Ti
Elements: Ti
Sample composition: Ti
0 votes
1 comment

Database
Abraham Jorge
Date: 2022-03-31 00:15
Palladium Pd (3d5)
The use of the spectrum requires acknowledging https://xpslibrary.com/, the data is copyrighted. The double Lorentzian for the main peak was divided into two singlest with correlated areas.
Read more
Information about the sample:
Shape: Flat surface
Sample material: Pd 3d
Elements: Pd
Sample composition: Pd
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 14.3
Take-off angle: 90
Equipment and analysis software:
Brand:
Model:
Spectrometer mode: FAT
Software used: AAnalyzer
0 votes
1 comment

Dulce María
Date: 2022-03-23 01:37
Pt 4f photoemission spectrum from a polycrystalline Pt foil
Fitting of the Pt 4f photoemission spectrum from a poly crystalline Pt foil, data were published by Engelhard and Baer. (accession #0057102). The spectrum was fitted employing five doublets. The asymmetry of the main line is reproduced with one Double-Lorentzian doublet. The branching ratio was forced to be equal to the theoretically expected value (0.7873), which was taken from the Scofield tables. Data were obtained from: Mark Engelhard and Don Baer, "Third Row Transition Metals by X-ray Photoelectron Spectroscopy", Surface Science Spectra 7, 1-68 (2000) https://doi.org/10.1116/1.1311915Read more
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Pt foil
Elements: Pt
Sample composition: Pt
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 45°
Equipment and analysis software:
Brand: Physical Electronics, Inc.
Model: 11-066
Spectrometer mode: constant pass energy
Software used: AAnalyzer
0 votes
0No comments yet

Dulce María
Date: 2022-03-21 22:42
Ir 4f photoemission spectrum for the element (reseacrh grade)
Fitting of the Ir 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The spectrum was fitted employing three Voigt doublets. The branching ratio was forced to be equal to the theoretically expected value (0.7866), which was taken from the Scofield tables. The fit needs to be optimized, since it fails to reproduce the data in the circled region (~50 eV).
Read more
Information about the sample:
Shape: Other :element
Sample material: Ir
Elements: Ir
Sample composition: Ir
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 14.25
Take-off angle: 90°
Equipment and analysis software:
Software used: Analyzer
0 votes
0No comments yet

Dulce María
Date: 2022-03-21 21:37
Lu 4f photoemission spectrum for the element (reseacrh grade)
Fitting of the Lu 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (XPS library website, https://xpslibrary.com/). The spectrum was fitted employing five Voigt doublets. The branching ratio was forced to be equal to the theoretically expected value (0.7906), which was taken from the Scofield tables.
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Lu
Elements: Lu
Sample composition: Lu
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 29.65
Take-off angle: 90
0 votes
0No comments yet

Dulce María
Date: 2022-03-18 17:56
Ni 2p spectrum from a thermally oxidized nickel film
The spectra were obtained from the surface of a metallic nickel thick sample exposed to UHP O2 at 300°C for 20 min in a tubular furnace. The six doublets are associated to NiO.
Read more
Information about the sample:
Shape: Flat Surface
Sample material: oxidized nickel film
Elements: Ni, O, C
Sample composition: NiO
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: various
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha110
Spectrometer mode: small area, large angle
Software used: Analyzer
0 votes
0No comments yet

Dulce María
Date: 2022-03-10 21:08
Bi 4f photoemission spectrum
Fitting of the Bi 4f photoemission spectrum for the element (research grade), data were provided by Vincent Crist (The use of the spectrum requires acknowledging XPS library website, https://xpslibrary.com/, the data is copyrighted). The spectrum was fitted employing one asymmetric Double-Lorentzian doublet and two gaussian doublets. The branching ratio was forced to be equal to the theoretically expected value (0.7863), which was taken from the Scofield tables.
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Metallic Bi
Elements: Bi
Sample composition: Bi
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 14.25
Take-off angle: 90°
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Dulce María
Date: 2022-03-10 18:40
Re 4f photoemission spectrum from a metallic Re foil
Fitting of the Re 4f photoemission spectrum for a metallic poly crystalline surface, data were published by Engelhard and Baer. (accession #0056902). The spectrum was fitted employing six Voigt doublets. The branching ratio was forced to be equal to the theoretically expected value (0.7871), which was taken from the Scofield tables. Data were obtained from: Mark Engelhard and Don Baer , "Third Row Transition Metals by X-ray Photoelectron Spectroscopy", Surface Science Spectra 7, 1-68 (2000) https://doi.org/10.1116/1.1311915
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Metallic Re
Elements: Re
Sample composition: Re
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5
Take-off angle: 45°
Equipment and analysis software:
Brand: Physical Electronics, Incorporated Quantum 2000
Model: 11-066
Spectrometer mode: constant pass energy
Software used: Analyzer
1 votes
0No comments yet

Dulce María
Date: 2022-03-10 18:33
Tl 4f photoemission spectrum from a metallic polycrystalline thallium rod
Fitting of the Tl 4f photoemission spectrum for a poly crystalline surface, data were published by Engelhard and Baer. (accession #0057302). The spectrum was fitted employing one asymmetric Double-Lorentzian doublet and five Gaussian doublets. The branching ratio was forced to be equal to the theoretically expected value (0.7866), which was taken from the Scofield tables. Data were obtained from: Mark Engelhard and Don Baer , "Third Row Transition Metals by X-ray Photoelectron Spectroscopy", Surface Science Spectra 7, 1-68 (2000) https://doi.org/10.1116/1.1311915
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Metallic Tl
Elements: Tl
Sample composition: Tl
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 23.5 eV
Take-off angle: 45°
Equipment and analysis software:
Brand: Physical Electronics, Incorporated Quantum 2000
Model: 11-066
Spectrometer mode: constant pass energy
0 votes
0No comments yet

Tejas
Date: 2022-01-10 20:09
Not able to limit areas in AAnalyzer
In the fitting parameters screen, I am not able to constrain areas to a certain range. If I input a range for the areas to be limited to, the area parameters simply go out of range every time I attempt to fit the peaks to the data. Has anyone else experienced this issue or discovered a fix for it? Also, please do not use the fitting uploaded with this post. It is incomplete and likely inaccurate.
Read more
Information about the sample:
Shape: Flat Surface
Sample material: ALD-Grown Cobalt Oxide
Elements: Co, O
Sample composition: Co3O4
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Equipment and analysis software:
Brand: ULVAC-PHI
Model: VersaProbe III
Software used: Analyzer
5 votes
1 comment
milton
Date: 2021-11-17 15:33
Si2p etching during 1800s
Growth in RTA @800°C by 290s, then etching, this data corresponds to the last etching at 1800s. ARXPS 0-65°
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Information about the sample:
Shape: Flat Surface
Sample material: Si wafer
Elements: Si2p
Sample composition: SiOx
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 20
Take-off angle: 0-65
Equipment and analysis software:
Brand: SPECS
Model: Phoibos 150
Spectrometer mode: MediumArea:1.5kV
Software used: Analyzer
0 votes
0No comments yet

Orlando
Date: 2021-11-05 19:41
Tarea UAQ Ti2p
Read more
Equipment and analysis software:
Software used: AAnalyzer
1 votes
7 comments

Dulce María
Date: 2021-11-11 21:53
Ge 3d photoemission spectrum from a metallic Ge single crystal
Fitting of the Ge 3d photoemission spectrum for a single crystal surface, data were published by Lawson et al. (accession #0032903). The spectrum was fitted employing one Voigt doublet. The branching ratio was forced to be equal to the theoretically expected value (0.6865), which was taken from the Scofield tables. Lawson et al., "Study of the First Row Transition Metals by X-ray Photoelectron Spectroscopy", Surface Science Spectra 4, 316-344 (1996) https://doi.org/10.1116/1.1247829Read less
Read more
Information about the sample:
Shape: Other :single crystal
Sample material: Germanium
Elements: Ge
Sample composition: Ge
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 20
Take-off angle: 0
Equipment and analysis software:
Brand: Kratos Analytical, Manchester, UK
Model: AXIS HS
Spectrometer mode: constant pass energy
Software used: Analyzer
0 votes
0No comments yet

Dulce María
Date: 2021-11-11 20:02
Ge 2p photoemission spectrum from a Ge single crystal
Fitting of the Ge 2p photoemission spectrum for a single crystal surface, data were published by Lawson et al. (accession #0032902). The spectrum was fitted employing one Voigt doublet. The branching ratio was forced to be equal to the theoretically expected value (0.5184), which was taken from the Scofield tables. Lawson et al., "Study of the First Row Transition Metals by X-ray Photoelectron Spectroscopy", Surface Science Spectra 4, 316-344 (1996) https://doi.org/10.1116/1.1247829Read moreRead moreRead more
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Germanium
Elements: Ge
Sample composition: Ge
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 20
Take-off angle: 0
Equipment and analysis software:
Brand: Kratos Analytical, Manchester, UK
Model: AXIS HS
Spectrometer mode: constant pass energy
0 votes
0No comments yet
Dulce María
Date: 2021-11-11 18:45
V 2p photoemission spectrum fitted with symmetric lineshapes
Fitting of the V 2p photoemission spectrum for a polycrystalline metallic surface, data were published by Lawson et al. (accession #0032402). The apparent asymmetry of the main photoemission line was modeled employing two symmetric Voigt doublets. Another three Voigt doublets were employed to optimize the fitting. The branching ratio of the five components was forced to be equal to the theoretically expected value (0.5165), which was taken from the Scofield tables. Lawson et al., "Study of the First Row Transition Metals by X-ray Photoelectron Spectroscopy", Surface Science Spectra 4, 316-344 (1996) https://doi.org/10.1116/1.1247829Read less
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Polycrystalline metallic Vanadium
Elements: V
Sample composition: V
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 20
Take-off angle: 0
Equipment and analysis software:
Brand: Kratos Analytical, Manchester, UK
Model: AXIS HS
Spectrometer mode: constant pass energy
Software used: Analyzer
0 votes
0No comments yet

Dulce María
Date: 2021-11-11 17:27
V 2p photoemission spectrum fitted with a Double-Lorentzian Lineshape
Fitting of the V 2p photoemission spectrum for a polycrystalline metallic surface, data were published by Lawson et al. (accession #0032902). The apparent asymmetry of the main photoemission line was modeled employing the Double-Lorentzian asymmetric line-shape. Another three Voigt doublets were employed to optimize the fitting. The branching ratio of the four components was forced to be equal to the theoretically expected value (0.5165), which was taken from the Scofield tables. Lawson et al., "Study of the First Row Transition Metals by X-ray Photoelectron Spectroscopy", Surface Science Spectra 4, 316-344 (1996) https://doi.org/10.1116/1.1247829Read more
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Polycrystalline metallic Vanadium
Elements: V
Sample composition: V
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 20
Take-off angle: 0
Equipment and analysis software:
Brand: Kratos Analytical, Manchester, UK
Model: AXIS HS
Spectrometer mode: constant pass energy
Software used: Analyzer
0 votes
0No comments yet

Dulce María
Date: 2021-11-09 00:34
K 2p from a KBr cleaved surface
K 2p photoemission spectrum obtained from a KBr surface cleaved in air. The branching ratio of the two doublets were forced to be equal to the theoretically expected values, which were taken from the Scofield tables. The data were published by Vincent Crist. B. Vincent Crist, "KBr Crystal: Cleaved in Air", Surface Science Spectra 1, 292-296 (1992) https://doi.org/10.1116/1.1247654Read more
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Potassium bromide
Elements: K, Br
Sample composition: KBr
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 25
Take-off angle: 0
Equipment and analysis software:
Brand: Surface Science Instruments
Model: X-Probe 206
Spectrometer mode: constant pass energy
0 votes
0No comments yet

Dulce María
Date: 2021-11-08 23:17
Metallic Hf 4f spectrum
Hf 4f spectrum obtained from a polycrystalline metallic hafnium foil, data were published by Arranz and Palacio (accession #00876-02). The spectrum was fitted with one asymmetric Double-Lorentzian doublet, its branching ratio was forced to be equal to the theoretically expected value taken from the Scofield Tables. A. Arranz and C. Palacio , "Core Level Spectra of Hafnium and Hafnium Nitride (HfN0.9) by XPS", Surface Science Spectra 11, 33-42 (2004) https://doi.org/10.1116/11.20050103Read more
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Metallic Hf
Elements: Hf
Sample composition: Hf
Data acquisition parameters:
Photon source: Mg Ka
Pass energy: 16
Take-off angle: 0
Equipment and analysis software:
Brand: SPECS EA
Model: 10 model
Spectrometer mode: constant pass energy
Software used: AAnalyzer
0 votes
0No comments yet

Orlando
Date: 2021-11-05 18:44
Practica UAQ
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Files :
You must be logged-in to download data
Equipment and analysis software:
Software used: AAnalyzer
0 votes
5 comments

Orlando
Date: 2021-11-05 17:30
Practica UAQ
Datos de oxigeno O1s para el curso de Principios de Caractrización
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Equipment and analysis software:
Software used: Analyzer
3 votes
8 comments

Database
Oscar
Date: 2021-05-20 20:26
O in ZnO - Sol-Gel Method
ZnO film deposited by sol-gel-method
Read more
Information about the sample:
Shape: Flat surface
Sample material: ZnO
Elements: O, Zn, C
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Spectrometer mode: Standard
1 votes
1 comment

Database
Alberto
Date: 2021-09-29 20:59
Great spectrum from pure silica from a laser optical window
Data from Vince Crist (https://xpslibrary.com/b-vincent-crist-ceo/). The spectrum is good enough to determine the Lorentzian width, which resulted different from bulk silicon. (US Government data copyright number TX 4-560-881.)
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Information about the sample:
Sample material: Quartz
Elements: Si, O
Sample composition: SiO2
Equipment and analysis software:
Brand: Kratos
Software used: Analyzer
0 votes
2 comments

Marlen
Date: 2021-11-03 00:12
Erbium Valence Bands
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Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 54.9
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Marlen
Date: 2021-11-01 23:05
Research grade silver
Spectra obtain from https://xpslibrary.com/xps-aes-spectra-libraries/
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Equipment and analysis software:
Software used: Analyzer
0 votes
0No comments yet

Marlen
Date: 2021-11-01 22:49
Spectra obtain from https://xpslibrary.com/xps-aes-spectra-libraries/
Read more
Data acquisition parameters:
Pass energy: 54.9
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Marlen
Date: 2021-11-01 15:53
Carbon nanotubes
Read more
Information about the sample:
Shape: Powder
Sample material: CNT
Elements: C
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Software used: AAnalyzer
0 votes
0No comments yet

Orlando
Date: 2021-10-29 00:53
Fluorine during Yttrium sublimation
Fluorine obtained during sublimation of metallic Yttrium (Sigma Aldrish 99.9%). The presence of fluorine could be because it is used during the yttrium purification. Data obtained at different currents used during sublimation. Flourine increases as current increase
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Flourine
Elements: F
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Brand: Thermofisher
Model: Alpha110
Spectrometer mode: MonoXPS
Software used: AAnalyzer
0 votes
0No comments yet

Orlando
Date: 2021-10-28 23:33
Metalic Aluminum
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Aluminum
Elements: Al
Sample composition: Al
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 35-85
Equipment and analysis software:
Brand: Thermofisher
Model: Alpha110
Spectrometer mode: MonoXPS
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2021-10-11 20:17
Oxygen in titanium nitride
Read more
Information about the sample:
Sample material: TiN
Elements: O
Sample composition: TiN
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: MONOXPS
Software used: AAnalyzer
1 votes
1 comment

Database
Abraham Jorge
Date: 2021-10-11 22:36
Sodium in silicon filter
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Nanowires
Sample material: SiO2
Elements: Na,Si, O
Sample composition: Na
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: MONOXPS
Software used: AAnalyzer
1 votes
1 comment

Database
Abraham Jorge
Date: 2021-10-11 22:58
Calcium in silicon filter
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Nanoparticle
Sample material: SiO2
Elements: Si,O,Ca
Sample composition: Ca
Data acquisition parameters:
Photon source: Al Ka monochromatic
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: MONOXPS
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2021-10-11 22:26
sulfur in silicon filter
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Nanowires
Sample material: SiO2
Elements: S
Sample composition: S
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: MONOXPS
Software used: AAnalyzer
-1 votes
0No comments yet

Abraham Jorge
Date: 2021-10-11 20:42
aluminum in titanium nitride
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: TiN
Elements: Al
Sample composition: TiN
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: MONOXPS
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2021-10-11 20:38
Carbon in Titanium Nitride
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: TiN
Elements: C
Sample composition: TiN
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: Thermofisher
Model: Alpha110
Spectrometer mode: MONOXPS
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2021-10-11 20:34
Titanium in Titanium Nitride
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: TiN
Elements: Ti,N
Sample composition: TiN
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: MONOXPS
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2021-10-11 20:27
Nitrogen in titanium nitride
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: TiN
Elements: N
Sample composition: TiN
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: Thermofisher
Model: Alpha 110
Spectrometer mode: MONOXPS
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2021-10-11 20:13
titanium in titanium nitride
Read more
Information about the sample:
Shape: Flat surface
Sample material: TiN
Elements: Ti, N
Sample composition: TiN
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpaha 110
Spectrometer mode: MONOXPS
Software used: AAnalyzer
0 votes
0No comments yet

Abraham Jorge
Date: 2021-10-09 03:01
O 1s spectra from patrially oxidized Iron
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: FeO
Elements: Fe, O
Sample composition: FeO
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: MONOXPS
Software used: AAnalyzer
1 votes
0No comments yet

Oscar
Date: 2021-10-09 02:29
Se 3d
Se 3d
Se 3d spectrum obtained from ZnSe film
Read more
Information about the sample:
Shape: Flat Surface
Sample material: ZnSe film
Elements: Zn, Se
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Software used: Analyzer
0 votes
0No comments yet

Oscar
Date: 2021-10-09 02:01
Ga 3d in InGaAs
Ga 3d
Ga 3d in InGaAs substrate treated thermally at 300 °C.
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Information about the sample:
Shape: Flat Surface
Sample material: InGaAs substrate
Elements: In, Ga, As
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 85
0 votes
0No comments yet

Orlando
Date: 2021-10-09 00:20
Metallic Chromium
Pure metalic chromium deposited by sublimation (99.999 purity, Sigma Aldrich). Data hace already published in Oxidation mechanism of metallic chromium at room temperature”, Applied Surface Science 542 (2021). https://doi.org/10.1016/j.apsusc.2020.148636
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Metallic Cr
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 35-85
Equipment and analysis software:
Brand: Thermofisher
Model: Alpha 110
Software used: AAnalyzer
0 votes
0No comments yet

Alberto2
Date: 2021-05-07 16:36
O 1s spectrum for UAQ students
This spectrum has been shared with students from a course of XPS data analysis. They will post possible fits as comments to this post.
Read more
Information about the sample:
Shape: Flat surface
Sample material: copper oxide
Elements: O, Cu, C
Sample composition: Cu2O + CuO
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 10
Take-off angle: 90
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: small area, large angle
1 votes
22 comments

Dulce María
Date: 2021-10-07 21:20
Metallic Ni 3s spectrum
The spectrum was obtained from a metallic nickel surface. The four doublets are associated to metallic nickel.
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Information about the sample:
Shape: Flat surface
Sample material: Metallic Ni
Elements: Ni
Sample composition: Ni
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Brand: ThemoFisher
Model: Alpha110
Spectrometer mode: small area, large angle
Software used: AAnalyzer
0 votes
0No comments yet

Dulce María
Date: 2021-10-07 21:09
Metallic Ni 3p spectrum
The spectrum was obtained from a metallic nickel surface. The four doublets are associated to metallic nickel.
Read more
Information about the sample:
Shape: Flat surface
Sample material: Metallic Ni
Elements: Ni
Sample composition: Ni
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Brand: ThemoFisher
Model: Alpha110
Spectrometer mode: small area, large angle
Software used: AAnalyzer
0 votes
0No comments yet
Database
Alberto
Date: 2021-10-07 04:12
Si 2p with suboxides and ST
The red, fushia, and olive-green peaks correspond to the 1+, 2+, and 3+ suboxides (parameters from Himpsel et al. Surf. Inter. Anal. 21. 44-50 (1994)). The green peak is the ST peak described in the paper titled "The ST component in the Si 2p photoemission spectrum from clean and oxidized Si [001] surfaces" (to be publish).
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Files :
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Information about the sample:
Shape: Flat Surface
Sample material: silicon oxide layer
Elements: Si, O
Sample composition: SiO2, Si
0 votes
0No comments yet
Database
Alberto
Date: 2021-10-06 20:34
Metallic iron
This fit is a slight variation of that published in Surf. Interface Anal. 52, 591-599 (2020). https://doi.org/10.1002/sia.6796. The fit is very complex; this is why, even though Fe 2p is widely studied core level, its fit hadn't been reported before 2020. This is the result of a simultaneous fit to iron films of different thicknesses, resulting in a robust fit.
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat Surface
Sample material: metallic iron
Elements: Fe
Sample composition: Fe
Data acquisition parameters:
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: small area, large angle
Software used: Analyzer
1 votes
0No comments yet

Oscar
Date: 2021-10-06 01:55
As in InGaAs
As 3d
InGaAs substrate deposited by MBE technique.
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Information about the sample:
Shape: Flat Surface
Sample material: InGaAs substrate
Elements: In, As, Ga
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Equipment and analysis software:
Software used: Analyzer
0 votes
0No comments yet

Dulce María
Date: 2021-10-01 01:44
O 1s spectra from partially oxidized nickel
The spectra were obtained from a partially oxidized nickel surface and were fitted with the software AAnalyzer(R). The two components at lower binding energy (displayed in olive green) are associated with Ni2O3, the component at higher binding energy (displayed in purple) is associated with adventitious oxygen. Data included in a Master Thesis (Guzmán-Bucio, Dulce M. Mecanismo de oxidación de níquel metálico, Cinvestav, Querétaro).
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Partially oxidized Ni
Elements: Ni, O, C
Sample composition: Ni2O3
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: various
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha110
Spectrometer mode: small area, large angle
Software used: AAnalyzer
1 votes
0No comments yet

Abraham Jorge
Date: 2021-05-21 01:41
Read more
Information about the sample:
Shape: Flat surface
Sample material: FeO
Elements: Fe, O
Sample composition: Fe0
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Model: ALpha 110
1 votes
5 comments

Database
Dulce María
Date: 2021-10-01 01:16
Partially oxidized Ni 2p spectrum fitted through the Block Approach
The spectra were obtained from the surface of a metallic nickel thick sample exposed to UHP O2 at 100°C for 8 min in a tubular furnace. The spectra were fitted through the block approach* and are displayed normalized. The main peak (shown in olive green) corresponds to the metallic component; the five doublets are associated to the oxide components. Data included in a Master Degree Thesis (Guzmán-Bucio et al. "Oxidation mechanism of metallic nickel," to be published). * A. Herrera-Gómez, F.S. Aguirre-Tostado, Y. Sun, P. Pianetta, Z. Yu, D. Marshall, R. Droopad, W.E. Spicer, Photoemission from the Sr/Si(001) interface, J. Appl. Phys. 90 (2001) 6070–6072. https://doi.org/10.1063/1.1415758.
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Partially oxidized Ni
Elements: Ni, O, C
Sample composition: Ni2O3
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: various (from top to bottom 90°, 70°, 50°, 40°)
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha110
Spectrometer mode: small area, large angle
1 votes
0No comments yet
Database
Dulce María
Date: 2021-10-01 01:00
Metallic Ni 2p spectrum fitted with double-Lorentzian lineshape
The main photoemission line (displayed in blue) was fitted with a Double-Lorentzian lineshape. The spectra was obtained from the surface of a metallic nickel thick sample deposited by thermal sublimation in UHV conditions. Data included in a Master Degree Thesis (Guzmán-Bucio et al. "Oxidation mechanism of metallic nickel," to be published).
Read more
Information about the sample:
Shape: Flat Surface
Sample material: Metallic Ni
Elements: Ni
Sample composition: Ni
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha110
Spectrometer mode: small area, large angle
0 votes
0No comments yet

Carla
Date: 2021-09-29 15:39
O 1s 90 Ni Test
O 1s
Testing the data file
Read more
0 votes
0No comments yet

Jorge Alejandro
Date: 2021-06-18 00:27
Cu 2p (O and C free)
Ultra pure copper film (oxygen and carbon free). GW fixed for both branches, free LW,
Read more
Information about the sample:
Shape: Flat surface
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Spectrometer mode: mono
0 votes
0No comments yet

Alberto
Date: 2021-06-04 02:53
Test for UAQ students
This post is for a peak-fitting test for students of the Universidad Autonoma de Queretaro.
Read more
Information about the sample:
Shape: Flat surface
Data acquisition parameters:
Photon source: Al Ka monochromatic
2 votes
19 comments

Alberto
Date: 2021-05-25 16:43
Si 2p from SiC with a plasmon (Si 2p forum)
Fitting exercise for the Material's Characterization Course at the Universidad Autónoma de Querétaro
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Information about the sample:
Shape: Flat surface
Sample material: SiC on silicon
Elements: Si, C, O
Sample composition: SiC/Si
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: small area, large angle
0 votes
15 comments

Alberto
Date: 2021-05-25 16:19
Au 4f spectrum
Fitting exercise for the Material's Characterization course at the Universidad Autónoma de Querétaro
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: clean Au film on Si
Elements: Au
Sample composition: Au
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 10
Take-off angle: 90
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: small area, large angle
0 votes
15 comments
Orlando
Date: 2021-05-25 00:13
Oxigeno para Al oxidado
Oxigeno para aluminio oxidado
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Information about the sample:
Sample material: ?
Elements: ?
Sample composition: ?
Data acquisition parameters:
Pass energy: ?
Take-off angle: ?
Equipment and analysis software:
Brand: ?
Model: ?
Spectrometer mode: ?
0 votes
0No comments yet
Orlando
Date: 2021-05-24 23:08
Oxidizaed Al
Read more
0 votes
2 comments
Oscar
Date: 2021-05-20 21:31
C in TiO2 powder
C in TiO2 powder synthetized by Molten Salt method
Read more
Information about the sample:
Shape: Powder
Sample material: TiO2_MS
Elements: Ti, O, C
Sample composition: TiO2
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 90
1 votes
0No comments yet

Oscar
Date: 2021-05-20 21:25
C in PbS - Chemical Bath Deposition Method
C in PbS film deposited by chemical bath deposition method
Read more
Information about the sample:
Shape: Flat surface
Sample material: PbS
Elements: Pb, S, O, C
Sample composition: PbS
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 90
0 votes
0No comments yet

Oscar
Date: 2021-05-20 21:15
C in ZnO - Sol-Gel
C in ZnO films deposited by Sol-Gel Method
Read more
Information about the sample:
Shape: Flat surface
Sample material: ZnO
Elements: Zn, C, O
Sample composition: ZnO
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 90
0 votes
0No comments yet

Oscar
Date: 2021-05-20 21:02
C in ZnO - Sputtering
C in ZnO films deposited by sputtering. Three components are observed which can be associated to C-C, C-O and C=O bonds.
Read more
Information about the sample:
Shape: Flat surface
Sample material: ZnO
Elements: Zn, C, O
Sample composition: ZnO
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 90
0 votes
0No comments yet

Dulce María
Date: 2021-05-13 21:37
Carbon in a nickel oxide sample
C 1s spectra was obtained from the surface of a nickel thick sample that was exposed to ultra pure oxygen at 100°C for 8 minutes in the tubular furnace. The peaks at 284.56, 286.50, and 288.15 eV correspond to C-C, C-O, and C=O bonds, all present in adventitious carbon. The peak at 292.62 eV probably is associated to compounds with C-C, C-O and C-H bonds or physisorbed CO2. Finally, the peak at 282.98 eV is diffused carbon, respectively. Data included in a Master Thesis (Guzmán-Bucio, Dulce M. Mecanismo de oxidación de níquel metálico, Cinvestav, Querétaro)
Read more
Information about the sample:
Shape: Flat surface
Sample material: Nickel (III) oxide
Elements: Ni, O, C
Sample composition: Ni2O3.13
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90°
Equipment and analysis software:
Brand: ThermoFisher
Model: Alpha 110
Spectrometer mode: small area, large angle
0 votes
0No comments yet
Abraham Jorge
Date: 2021-05-09 02:53
Carbon in Fe
Read more
Information about the sample:
Shape: Flat surface
Sample material: Fe
Elements: C
Sample composition: FeO
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Model: XPS110
Spectrometer mode: MONOXPS
0 votes
0No comments yet

Abraham Jorge
Date: 2021-05-09 02:49
carbon in TiN
Read more
Information about the sample:
Shape: Flat surface
Sample material: TiN
Elements: C
Sample composition: TiN
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Model: XPS110
Spectrometer mode: MONOXPS
0 votes
0No comments yet

Abraham Jorge
Date: 2021-05-09 02:45
oxygen in TiN
Read more
Information about the sample:
Shape: Flat surface
Sample material: TiN
Elements: O
Sample composition: TiN
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Model: XPS 110
Spectrometer mode: MONOXPs
0 votes
0No comments yet
Dagoberto
Date: 2021-05-07 23:04
PbS photoemission spectra
PbS thin film obtanied with the use of chemical solution deposition
Read more
Information about the sample:
Shape: Flat surface
Sample material: PbS
Elements: PbS
Sample composition: PbS
Data acquisition parameters:
Photon source: Mg Ka
Pass energy: 18
Take-off angle: 90
Equipment and analysis software:
Brand: PHI
Model: 5100
0 votes
0No comments yet
Alberto
Date: 2021-05-07 22:53
S 2p from Covellite
please propose a fit
Read more
Information about the sample:
Sample material: covellite
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
0 votes
0No comments yet
Alberto
Date: 2021-05-07 22:51
S 2p from SnS
please propose a fit
Read more
Information about the sample:
Sample material: SnS
Sample composition: SnS
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
0 votes
0No comments yet

Alberto
Date: 2021-05-07 22:49
S 2p from ZnS
please propose a fit (Data from the XPSLibrary; the use of this data requires acknowledging the XPSLibrary.com, copyrighted)
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0 votes
0No comments yet

Dagoberto
Date: 2021-05-07 00:37
As-deposited brown-gold copper sulfide via chemical solution deposition
S 2p photoemission spectrum of an as-deposited copper sulfide thin film obtained via chemical solution deposition. For further details about film preparation and possible interpretation for the photoemission peaks please refer to https://doi.org/10.1016/j.apsusc.2019.03.054
Read more
Information about the sample:
Sample material: amorphous copper sulfide
Elements: Cu; S
Sample composition: CuS1.7
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: 90
Equipment and analysis software:
Brand: Thermo Scientific
Model: ESCALAB 250Xi
1 votes
3 comments

milton
Date: 2021-04-23 00:47
Silicon oxide
this sample was prepared at 800 C and 145 seconds with oxygen flow at low pressure in the quartz tube
Read more
Information about the sample:
Shape: Flat surface
Sample material: Silicon wafer
Sample composition: SiO2
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Take-off angle: 5-65
Equipment and analysis software:
Model: 110
0 votes
2 comments

Dagoberto
Date: 2021-04-22 23:02
Cobalt oxide obtained via chemical solution deposition and annealing
Data published in https://doi.org/10.1016/j.mssp.2019.104825. The data comprises samples annealed at 200, 300, and 400 °C for 2 hours in air. The resultant spectra is fingerprint of cobalt spinel
Read more
Information about the sample:
Shape: OtherThin Film
Sample material: cobalt oxide
Elements: Co; O
Sample composition: Co3O4
Data acquisition parameters:
Photon source: Mg Ka
Pass energy: 18
Take-off angle: 90
Equipment and analysis software:
Brand: PerkinElmer PHI
Model: 5100
3 votes
0No comments yet

Abraham Jorge
Date: 2021-04-14 19:41
Read more
Information about the sample:
Shape: Flat surface
Sample material: Sn 3d
Elements: Sn, O
Sample composition: SnO
Data acquisition parameters:
Pass energy: 10
Take-off angle: 85
Equipment and analysis software:
Model: xps 110
2 votes
1 comment

Orlando
Date: 2021-04-16 00:30
Atmospheric conditions (15min exp) [PRUEBA]
XPS fitting of Cr2p. Sample were oxidized at atmospheric conditions for 15 min
Read more
Information about the sample:
Shape: Flat surface
Sample composition: Cr2O3,CrO3
Data acquisition parameters:
Pass energy: 10
Equipment and analysis software:
Brand: Thermoficher
Model: Alpha110
Spectrometer mode: MonoXPS
1 votes
2 comments

Database
Dagoberto
Date: 2021-04-09 02:09
Co3O4
Co 2p
Published data from Accurate peak fitting and subsequent quantitative composition analysis of the spectrum of Co 2p obtained with Al Kα radiation: I: cobalt spinel DOI 10.1002/sia.5933
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Files :
You must be logged-in to download data
Information about the sample:
Sample material: Cobalt Spinel
Elements: Co;O
Sample composition: Co3O4
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Take-off angle: Angular Data
Equipment and analysis software:
Brand: ThermoFisher
Model: 110
1 votes
1 comment
Database
Dulce María
Date: 2021-04-16 20:28
test fill with spectra in
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Files :
You must be logged-in to download data
Information about the sample:
Shape: Flat surface
Sample material: Nickel
Elements: Ni
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 15
Take-off angle: 90
Equipment and analysis software:
Brand: -
Model: -
Spectrometer mode: -
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Marlen
Date: 2021-04-14 02:33
Fitting Sn 3d and early oxidation
Hi, I am trying to fit the angular spectra of Sn 3d, those were obtained first using Sn in its pure metallic form and then it was exposed to oxygen for 10 seconds to obtain an early oxidation state. The problem is, as can be seen, both spectra share the same peaks.
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Information about the sample:
Shape: Flat surface
Sample material: Sample information
Elements: Sample information
Sample composition: ?
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 10
Take-off angle: Data acquisition parameters
Equipment and analysis software:
Brand: Equipment information
Model: Equipment information
Spectrometer mode: ?
0 votes
2 comments

Oscar
Date: 2021-04-13 04:53
In in InGaAs
InGaAs deposited by MBE on GaAs substrate. In 3d in InGaAs treated thermally at 300 °C.
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Information about the sample:
Shape: Flat Surface
Sample material: InGaAs
Elements: In
Sample composition: In0.2Ga0.8As
Data acquisition parameters:
Photon source: Al Ka (monochromatic)
Pass energy: 15
Take-off angle: 85
Equipment and analysis software:
Brand: ?
Model: ?
Spectrometer mode: ?
Software used: Analyzer
2 votes
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Abraham Jorge
Date: 2021-04-09 02:08
Prueba
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Information about the sample:
Shape: Flat surface
Sample material: Sn3d
Elements: Sn, O
Sample composition: SnO
Data acquisition parameters:
Photon source: Al Ka monochromatic
Pass energy: 10
Equipment and analysis software:
Model: XPS 110
Spectrometer mode: MONO
1 votes
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