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Jump to: XPSDatabase.NET of XPS Reference Spectra, Peak-fits & Six (6) BE Tables Click an Element to view Raw and Processed XPS Spectra, and XPS BE Tables A bight blue asterisk mark (*) indicates full data-sets from 5-10 chemical compounds. 6C* has 40 links to carbon compounds. 9F* has 30 links to fluorine compounds. 14Si* has 30 links to silicon compounds. 16S* has 20 links to sulfur compounds. Page Layout & Content Index of Chemicals Supporting Information |
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1 H | 2 He | |||||||||||||||||||||
3 Li* | 4 Be* | 5 B* | 6 C* | 7 N* | 8 O | 9 F* | 10 Ne | |||||||||||||||
11 Na | 12 Mg* | 13 Al* | 14 Si* | 15 P* | 16 S* | 17 Cl* | 18 Ar | |||||||||||||||
19 K | 20 Ca* | 21 Sc* | 22 Ti* | 23 V* | 24 Cr* | 25 Mn* | 26 Fe* | 27 Co* | 28 Ni* | 29 Cu* | 30 Zn* | 31 Ga* | 32 Ge* | 33 As* | 34 Se* | 35 Br* | 36 Kr | |||||
37 Rb | 38 Sr* | 39 Y* | 40 Zr* | 41 Nb* | 42 Mo* | 43 Tc | 44 Ru* | 45 Rh* | 46 Pd* | 47 Ag* | 48 Cd* | 49 In* | 50 Sn* | 51 Sb* | 52 Te* | 53 I* | 54 Xe | |||||
55 Cs | 56 Ba* | 72 Hf* | 73 Ta* | 74 W* | 75 Re* | 76 Os* | 77Ir* | 78 Pt* | 79 Au* | 80 Hg* | 81 Tl* | 82 Pb* | 83 Bi* | 84Po | 85At | 86 Rn | ||||||
87 Fr | 88 Ra | |||||||||||||||||||||
57 La* | 58 Ce* | 59 Pr* | 60 Nd* | 61 Pm | 62 Sm* | 63 Eu* | 64 Gd* | 65 Tb | 66 Dy* | 67 Ho* | 68 Er* | 69 Tm* | 70 Yb* | 71 Lu* | ||||||||
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89 Ac | 90 Th* | 91 Pa | 92 U* | 93 Np | 94 Pu | 95 Am | 96 Cm | 97 Bk | 98 Cf | 99 Es | 100 Fm | 101 Md | 02 No | 03 Lr | |||||||
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Random Examples of XPS Spectra, Peak-fits, and Overlays in
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Corundum – Al2O3 |
Spinel – MgAl2O4 |
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Aluminum (Al), Z=13 | |
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Ultra-High Energy Resolution (UHR) XPS Spectrum from |
Ultra-High Energy Resolution (UHR) XPS Spectrum from Al (2p) XPS Signal from ion etched Aluminum metal, Alo These example Spectra have Watermarks to help Google Image Searching. |
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Overlay of Aluminum Valence Band XPS Spectra from Aluminum Oxide, Al2O3 and Aluminum Hydroxide, Al(OH)3 |
Overlay of Al (2p) XPS Spectra from Aluminum Oxide, Al2O3 and Aluminum Metal, Alo |
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XPS Spectrum from Al (2p) and Al (2s) XPS Signals from Aluminum Oxide, Al2O3 |
Peak-fit of UHR Al (2p) XPS Spectrum from ion etched Aluminum metal, Alo using Theoretical 2:1 Peak Area Ratio and Asymmetry |
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XPS Survey Spectrum from Aluminum Hydroxide, Al(OH)3 (Nordstrandite natural crystal) (A test of Scofield Cross-sections, IMFP correction, and TF correction) |
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XPS Survey Spectrum from Aluminum Hydroxide, Al(OH)3 (Nordstrandite natural crystal) (Another test of Scofield Cross-sections, IMFP correction, and TF correction) |
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Beryllonite – BePO4 |
Beryl – Be3Al2Si6O18 |
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Beryllium (Be), Z=4 | |
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Peak-fit of Be (1s) XPS Spectrum from |
Peak-fit of C (1s) XPS Spectrum from ion etched Beryllium metal, Beo |
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Overlay of Be (1s) XPS Spectra from Beryllium metal, Beo , and BeO powder |
Peak-fit of Be (1s) XPS Spectrum from Native Be Oxide, BeOx on Beryllium metal, Beo |
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Overlay of Beryllium Valence Band XPS Spectra from Beryllium metal, Beo , and Beryllium Sulfate, BeSO4 |
Overlay of Be (1s) XPS Spectra from Beryllium metal, Beo, Beryllium Oxide. BeO, and Beryllium Fluoride, BeF2 |
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O (1s) XPS Spectrum from |
Peak-fit of S (2p) XPS Spectrum from Beryllium Sulfate, BeSO4 |
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Eskolaite – Cr2O3 |
Uvarovite – Ca3Cr2(SiO4)3 |
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Chromium (Cr), Z=24 | |
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Cr (2p) XPS Spectrum from |
Cr (2p3/2) XPS Spectrum from Chromium Oxide, Cr2O3 (single crystal) |
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Peak-fit of Cr (2p) XPS Spectrum from Chromium Oxide, Cr2O3 (single crystal) |
Overlay of Cr (2p) XPS Spectra from Chromium Oxide, Cr2O3, Chromium metal, Cro and Native Cr Oxide |
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Peak-fit of Cr (3s) XPS Spectrum from Chromium Oxide, Cr2O3 (single crystal) Example of Multiplet Splitting in (3s) orbitals |
Overlay of Chromium Valence Band XPS Spectra from Chromium Oxide, Cr2O3, and Chromium metal, Cro |
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Cuprite – Cu2O |
Tenorite – CuO |
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Copper (Cu), Z=29 | |
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Overlay of Cu (2p3/2) XPS Spectra from |
Overlay of Copper Valence Band XPS Spectra from anhydrous Copper Sulfate, CuSO4, and ion etched Copper metal, Cuo |
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Cu (2p) XPS Spectrum from anhydrous Copper Sulfate, CuSO4 |
Peak-fit of Cu (2p3/2) XPS Spectrum from anhydrous Copper Sulfate, CuSO4 Example of Multiplet Splitting |
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Peak-fit of C (1s) XPS Spectrum from anhydrous Copper Sulfate, CuSO4 |
Peak-fit of S (2p) XPS Spectrum from anhydrous Copper Sulfate, CuSO4 |
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Peak-fit of Cu (3s) XPS Spectrum from |
Peak-fit of Cu (3p) XPS Spectrum from anhydrous Copper Sulfate, CuSO4 Example of Multiplet Splitting |
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Martite – α-Fe2O3 |
Siderite – FeCO3 |
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Iron (Fe), Z=26 | |
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Fe (2p) XPS Spectrum from |
Fe (2p) XPS Spectrum from Iron Mono-Oxide, FeO |
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Fe (2p3/2) XPS Spectrum from Iron Oxide, α-Fe2O3 (Hematite, natural crystal) |
Overlay of Fe (2p3/2) XPS Spectra from Iron metal (Feo), Iron Mono-oxide (FeO), Hematite, (α-Fe2O3) and Magnetite (Fe3O4) |
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Overlay of Fe (2p) XPS Spectra from Iron metal (Feo), Iron Mono-oxide (FeO), Hematite, (Fe2O3, natural crystal) and Magnetite (Fe3O4 natural crystal) |
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Overlay of Fe (2p) XPS Spectra from Iron metal (Feo), Iron Mono-oxide (FeO), |
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Peak-fit of O (1s) XPS Spectrum from |
Overlay of Fe (2p3/2) XPS Spectra from Iron metal (Feo), Iron Oxy-hydroxide (α-FeO(OH)), and Hematite, (α-Fe2O3) |
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Overlay of Iron Valence Band XPS Spectra from Iron metal (Feo), and Iron Oxy-hydroxide (FeO(OH), natural crystal) |
Overlay of Fe (2p3/2) XPS Spectra from Iron metal (Feo), Iron Oxy-hydroxide (FeO(OH)), and Hematite, (α-Fe2O3, natural crystal) |
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Magnesite – MgCO3 |
Sellaite – MgF2 |
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Magnesium (Mg), Z=12 | |
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Ultra-High Energy Resolution Mg (2p) XPS Spectrum from |
Mg (1s) XPS Spectrum from Magnesium metal, Mgo |
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Peak-fit of C (1s) XPS Spectrum from Magnesium Hydroxide, Mg(OH)2 |
Peak-fit of Mg (2p) XPS Spectrum from Magnesium Hydroxide, Mg(OH)2 |
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Peak-fit of Mg (2p) XPS Spectrum from Magnesium Oxide, MgO (single crystal) |
Peak-fit of Mg (2p) XPS Spectrum from Magnesium Fluoride, MgF2 (crystallites) |
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Overlay of Mg (2p) XPS Spectra from Magnesium metal, Mgo, and |
Overlay of Mg (2p) XPS Spectra from Magnesium metal, Mgo, Magnesium Oxide (MgO, single crystal) and Magnesium Fluoride (MgF2) |
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Mg (2p) and Mg (2s) XPS Spectrum from Magnesium Oxide (MgO, single crystal) |
F (1s) XPS Spectrum from Magnesium Fluoride (MgF2, crystallites) |
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XPS Survey Spectrum from Magnesium Hydroxide, Mg(OH)2 (Brucite, natural crystal) (A test of Scofield Cross-sections, IMFP correction, and TF correction) |
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XPS Survey Spectrum from Magnesium Fluoride, MgF2 (crystallites) |
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Rutile – TiO2 |
Anatase – TiO2 |
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Titanium (Ti), Z=22 | |
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Ti (2p) XPS Spectrum from |
Peak-fit of Ti (2p) XPS Spectrum from ion etched Titanium metal, Tio |
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Ti (2p) XPS Spectrum from strongly ion etched Titanium Nitride, TiN |
Overlay of Ti (2p) XPS Spectra from Titanium metal, Tio, and Titanium Nitride, TiN |
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Peak-fit of Ti (2p) XPS Spectrum from Titanium Dioxide, TiO2, (single crystal, Rutile type) |
Overlay of Ti (2p) XPS Spectra from Titanium metal, Tio, Native Ti Oxide, and Titanium Dioxide, TiO2 |
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Peak-fit of C (1s) XPS Spectrum from |
Peak-fit of Ar (2p) XPS Spectrum from Ar+ ion etched Titanium metal, Tio |
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Zincite – ZnO |
Sphalerite – ZnS |
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Zinc (Zn), Z=30 | |
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Peak-fit of Zn (2p3/2) XPS Spectrum from |
Peak-fit of Zn (2p3/2) XPS Spectrum from Zinc native Oxide, ZnOx The peak at 1022.9 eV is probably due to Zn(OH)2 not ZnO. |
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Overlay of Zn (2p3/2) XPS Spectra from ion etched Zinc metal, Zno, and Zinc native Oxide, ZnOx |
Overlay of Zn (2p3/2) XPS Spectra from ion etched Zinc metal, Zno, and Zinc Oxide, ZnO, (single crystal) |
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Overlay of Zn (2p3/2) XPS Spectra from ion etched Zinc metal, Zno, and Zinc Selenide, ZnSe, (single crystal) |
Overlay of Zn (2p3/2) XPS Spectra from Zinc metal, Zno, Zinc Oxide, ZnO, Zinc Sulfide, ZnS, and Zinc Selenide, ZnSe |
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Overlay of Loss Peaks in Zn (2p) XPS Spectra from ion etched Zinc metal, Zno, and Zinc Selenide, ZnSe, (single crystal) |
Overlay of Zn (KLL) XPS Spectra from ion etched Zinc metal, Zno, and Zinc Sulfide, ZnS, and Zinc Oxide, ZnO (single crystal) |
Popular Links in Alphabetical Order by Element Name
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