There was a problem with the connection!
menu
NIST X-ray Photoelectron Spectroscopy Database (SRD 20), Version 5.0
Details Summary:
Summary Page
One Page Summary
Instruction:
Click on selected Tab for more information.
General:
Citation
Data Processing:
Measurement:
Specimen:
Element:
C
Formula:
CH
3
I/Pt
XPS Formula:
methyl and methylene species
Name:
methyl iodide/platinum
CAS Registry No:
74-88-4
Class:
element, halogenated compound, iodide
Author Name(s):
Zaera F., Hoffmann H.
Journal:
J. Phys. Chem. 95, 6297
DOI:
10.1021/j100169a042
Pub Year:
1991
book
All Records in this Publication
Data Type:
Photoelectron Line
Line Designation:
1s
Binding Energy (eV):
283.80
Energy Uncertainty:
Background Subtraction Method:
Peak Location Method:
data
Full Width at Half-maximum Intensity (eV):
Gaussian Width (eV):
Lorentzian Width (eV):
Use of X-ray Monochromator:
No
Anode Material:
Al
X-ray Energy:
Overall Energy Resolution (eV):
1.2
Calibration:
Pt,Cu=71.12, 932.67
Charge Reference:
Conductor
Energy Scale Evaluation:
Reliable, with two-point correction of energy scale
Comment:
5 L CH3I were adsorbed at 90 K and annealed at 270 K. The substrate was cleaned under vacuum by a combination of oxygen treatments and sputtering-annealing cycles.
Specimen:
adsorbed, annealed, cooled, sputtered and heated, thin layer
Method of Determining Specimen Composition:
Method of Determining Specimen Crystallinity:
Specimen Temperature (K):
Go Back
Home
search
Identify Unknown Spectral Lines
search
Retrieve Data for Elements
keyboard_arrow_down
Selected Spectral Type and Element
Reference Data
search
Retrieve Data for Compounds
keyboard_arrow_down
Elemental Composition
Chemical Name
Chemical Classes
Data for One Element
assessment
Plots
keyboard_arrow_down
Wagner Plot
Chemical Shifts
search
Search Scientific Citations
assignment
More Options
keyboard_arrow_down
Introduction
Data Field Definitions
Citation
Contact
Version History
Acknowledgement
Disclaimer
An error has occurred. This application may no longer respond until reloaded.
Reload
🗙