Scanning Electron Microscopy and X-Ray Microanalysis

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References


August H-J, Wernisch J (1991a) Calculation of the depth distribution
function for continuous radiation, Scanning 13:207–215
August H-J, Wernisch J (1991b) Calculation of depth distribution func-
tions for characteristic x-radiation using an electron scattering
model. I—theory, X-Ray Spectrom, 20:131–140
August H-J, Wernisch J (1991c) Calculation of depth distribution func-
tions for characteristic x-radiation using an electron scattering
model. II—results, X-Ray Spectrom, 20:141–148
Hall T (1968) Some aspects of the microprobe analysis of biological
specimens. In: Heinrich K (ed) Quantitative electron probe micro-
analysis. U.S. Government Printing Office, Washington, DC, p 269
Marshall D, Hall T (1966) A method for the microanalysis of thin films. In:
Castaing R, Deschamps P, Philibert J (eds) X-ray optics and micro-
analysis. Hermann, Paris, p 374
Newbury D, Ritchie W (2013a) Quantitative SEM/EDS, Step 1: What
Constitutes a Sufficiently Flat Specimen? Microsc Microanal
19(Suppl 2):1244
Newbury D, Ritchie W (2013b) Is Scanning Electron Microscopy/Energy
Dispersive Spectrometry (SEM/EDS) Quantitative? Scanning 35:141
Small JA, Heinrich KFJ, Fiori CE, Myklebust RL, Newbury DE, Dilmore MF
(1978) The production and characterization of glass fibers and
spheres for microanalysis, In: Johari, O (ed) Scanning electron
microscopy/1978/I, IITRI, Chicago, p 445
Small JA, Heinrich KFJ, Newbury DE, Myklebust RL (1979) SEM/1979/II,
SEM, Inc., AMF O’Hare, Illinois, p 807
Small JA, Heinrich KFJ, Fiori CE, Myklebust RL, Newbury DE, Dillmore MF
(1978) The production and characterization of glass fibers and


spheres for microanalysis. In: Johari O (ed) Scanning electron
microscopy/1978/I. IITRI, Chicago, p 445
Small JA, Heinrich KFJ, Newbury DE, Myklebust RL (1979a) Progress in
the development of the peak-to-background method for the
quantitative analysis of single particles with the electron probe in
Scanning Electron Microscopy/1979/II, ed. Johari, O. (IITRI,
Chicago), p 807
Small JA, Newbury DE, Myklebust RL (1979b) Analysis of particles and
rough samples by FRAME P, a ZAF method incorporating peak-to-
background measurements, in Microbeam analysis, ed. Newbury, D.
(San Francisco Press, San Francisco), p 243
Small JA, Heinrich KFJ, Newbury DE, Myklebust RL, Fiori CE (1980)
Procedure for the Quantitative Analysis of Single Particles with the
Electron Probe. In: Heinrich KFJ (ed) Characterization of Particles.
National Bureau of Standards Special Publication 533, Washington,
pp 29–38
Statham PJ, Pawley JB (1978) A new method for particle X-ray micro-
analysis based on peak to background measurement. In: Johari O
(ed) Scanning electron microscopy/1978/I. IITRI, Chicago, p 469
Statham P (1979) A ZAF procedure for microprobe analysis based on
measurement of peak-to-background ratios. In: Newbury D (ed)
Microbeam Analysis – 1979. San Francisco Press, San Francisco, pp
247–253
Wendt M, Schmidt A (1978) Improved reproducibility of energy-disper-
sive X-ray microanalysis by normalization to the background, Phys
Status Solidi (a) 46:179
Yakowitz H, Heinrich KFJ (1968) Quantitative electron probe microanaly-
sis: fluorescence correction uncertainty. Mikrochim Acta 5:182

References

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