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Title - Auger Parameter Energies

        
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Sn, Tin

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TIN S E 3d5/2 M4N45N45 A.P. 4d5/2 Ref.
Sn     484.92     23.95 81-22
Sn 17   484.87 437.27 922.7 23.68 79- 13
SnTe     485.6     25.5 77-22
SnSe     485.7     25.7 77-22
SnS 3 1 485.6 435.7 921.3   75-14
SnO 6 2 486.9       79-19
SnO2 11   486.6 432.6 919.2   77-14
CdSnO3     486.1       83-9
BaSnCl4     486.8       79-19
Me2SnF2     487.1       79-19
Me3SnF     486.7       75-5
Ph3SnOH     485.6       79-19
Ph3SnSSnPh3     485.3       79-19
Ph4Sn 4   486.3       73-15
SnBr2     486.9       73-5
SnC12 2   486.7       79-9
SnF2 3   487.4       80-29
SnF4 2   488.2       80-29
NaSnF3     487.4 430.8 918.2   75-14
SnCl2(g)       420.24v     79-13
 

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Notes
S Number of independent studies (where this is greater than 1)
E Number of these rejected as unsound (mainly early measurements) before the remaining ones were used to determine a mean value
A.P Auger parameter (calculated from the most intense photoelectron line and Auger line)
M.A.P. Modified Auger Parameter
v Referenced to the vacuum level (gases)
c Includes minor corrections in high binding energy lines using X-ray energy data from reference 67-1
Refs. Reference in which the data was originally published. (See the references section)
  

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Last updated 24 February, 2001

Compiled by and
Christopher Walker
KLA-Tencor,
686 Stirling Road
Slough
Berks., UK
Simon Morton
Advanced Light Source
Lawrence Berkeley Laboratory
Berkeley
CA 94720
email chris.walker@physics.org email S.Morton@uksaf.org

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© UK Surface Analysis Forum 1998