NIST X-ray Photoelectron Spectroscopy Database

Click the column to sort in ascending or descending order.
Enter a string in the input box in the column header and press the enter to filter the search result in the selected column.
Click on the hyperlink in the column for more information.

Total Records: 23

Element

Atomic No

Formula

Spectral Line

Energy (eV)

Details

C₄H₄O/Ag

285.20

C₄H₄O/Ag

286.60

C₄H₄O/Ag

285.10

C₄H₄O/Ag

286.50

C₄H₄O/Ag

285.20

C₄H₄O/Ag

286.60

C₆H₅OH/Ag

285.10

C₄H₆O/Ag

285.50

C₄H₆O/Ag

287.00

C₄H₆O/Ag

285.90

C₄H₆O/Ag

287.40

C₆H₆/Ag

285.10

C₆H₅NH₂/Ag

285.00

C₄H₄O/Ag

285.60

C₄H₄O/Ag

286.80

C₄H₆O/Ag

285.50

C₄H₆O/Ag

287.00

C₄H₆O/Ag

285.50

C₄H₆O/Ag

287.10

C₄H₄O/Ag

534.20

C₄H₄O/Ag

534.50

C₄H₆O/Ag

533.20

C₄H₆O/Ag

533.70

Photoelectron Line

285.90

0.3

Background Subtraction Method:

other

Peak Location Method:

Gaussian

Full Width at Half-maximum Intensity (eV):

2.3

Gaussian Width (eV):

Lorentzian Width (eV):

Use of X-ray Monochromator:

Anode Material:

X-ray Energy:

Overall Energy Resolution (eV):

Calibration:

Ag,Cu = 368.27,932.67

Charge Reference:

Conductor

Energy Scale Evaluation:

Reliable, with two-point correction of energy scale

Comment:

10.2 ML C4H6O/Ag(110)-(1x1). The coverage was prepared by first dosing the surface at 110 K with an exposure to produce multilayer coverage and then briefly heating the surface to 160 K. The substrate was cleaned by Ar+ ion bombardment and subsequently an

Specimen:

adsorbed, annealed, cooled, multilayer, thin layer

Method of Determining Specimen Composition:

X-ray Photoelectron Spectroscopy

Method of Determining Specimen Crystallinity:

Low-energy Electron Diffraction

Specimen Temperature (K):

110