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Title - Auger Parameter Energies

        
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Cl, Chlorine

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CHLORINE S E 2p KL23L23 A.P. 1s Ref.
NaCl 5   198.6       77-17
KCl 4   198.4       77-17
KClO3 2   206.16       85-13
KCl04 2   208.33       85-13
K2PtC14 4 1 198.7       80-20
K2PtCl6 5 1 198.9       80-0
NiCl2 2   199.4       83-13
RhCl3 3 1 198.6       80-20
poly-(vinyl chloride)     200.1       79-18
CCl4(g)     207.04v 2375.72v 2582.76   80-1
CHCl3(g)     206.86v 2375.52v 2582.38   80-1
CCl3F(g)     207.20v 2374.93v 2582.13   80-1
t-C4H9Cl(g)     205.38v 2376.64v 2582.02   80-1
CH2Cl2(g)     206.62v 2375.15v 2581.77   80-1
CCl2F2(g)     207.47v 2374.18v 2581.66   80-1
Cl2(g)     207.82v 2373.72v 2581.54   80-1
CClF3(g)     207.83v 2373.30v 2581.13   80-1
CH3Cl(g)     206.26v 2374.51v 2580.77   80-1
ClF(g)     209.18v 2370.73v 2579.91   80-1
HCl(g)     207.38v 2371.98v 2579.36   80-1
HCl(g)       2372.2v   2829.2v 79-4
 

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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