1966
DOI: 10.1021/ac60237a029
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X-Ray Absorption and Emission

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Cited by 23 publications
(5 citation statements)
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“…Contemporaneously, Henke presented a comprehensive paper on ‘XRF analysis for sodium, fluorine, oxygen, nitrogen, carbon and boron’ that focuses on all parts of the instrumentation from the vacuum chamber and soft X‐ray excitation sources to multilayer crystals, collimators and detectors including a table with mass absorption coefficients for the low‐energy XRF (0.4–4.4 nm). A review on fundamental developments in X‐ray spectrography from 1966 mentioned the high‐speed calculation procedures for mathematical corrections of absorption and secondary fluorescence next to the availability of improved long wavelength instrumentation. In 1968, Luke determined lanthanum in precipitates of lanthanum fluoride by XRF, avoiding shortcomings of conventional spectrometers by this indirect approach .…”
Section: Introductionmentioning
confidence: 99%
“…Contemporaneously, Henke presented a comprehensive paper on ‘XRF analysis for sodium, fluorine, oxygen, nitrogen, carbon and boron’ that focuses on all parts of the instrumentation from the vacuum chamber and soft X‐ray excitation sources to multilayer crystals, collimators and detectors including a table with mass absorption coefficients for the low‐energy XRF (0.4–4.4 nm). A review on fundamental developments in X‐ray spectrography from 1966 mentioned the high‐speed calculation procedures for mathematical corrections of absorption and secondary fluorescence next to the availability of improved long wavelength instrumentation. In 1968, Luke determined lanthanum in precipitates of lanthanum fluoride by XRF, avoiding shortcomings of conventional spectrometers by this indirect approach .…”
Section: Introductionmentioning
confidence: 99%
“…The absorption correction equation proposed by Philibert and as modified by Duncumb and Shields has become the most widely used absorption correction equation. The form of this equation was given in our 1966 review (117). Evaluations such as those by Beaman (43), Colby and Conley (154), and Heinrich (301) support the view that this equation is the best currently available for quantitative analysis in the short-wavelength region.…”
Section: Electron Probe Microanalysismentioning
confidence: 90%
“…There is occasionally a duplication of effort in the translation of textbooks. The book by Blokhin (73), recently made available in English by Pergamon Press, was translated into English in 1962 by the Hindustan Publishing Company (117).…”
mentioning
confidence: 99%
“…Several reviews and bibliographies are available in the literature. [7][8][9][10][11] In addition, at least four books on [12][13][14][15] microprobe analysis have appeared, Each of these "overviews" has its good points, but of necessity reflects the incompleteness of theory and application which casts its shadow over the field.…”
Section: Secondary Electron Methodsmentioning
confidence: 99%