Quantitative X-ray Fluorescence Analysis

A systematic account concerning the basic theory of X-ray physics and spectrometer configurations leading to simple expressions quantifying primary and secondary fluorescence emissions. Discusses the fundamental parameters approach for converting intensities to concentrations in both its classical formalism and by a number of basic influence coefficient algorithms. Examines approximations underlying influence coefficient models and theoretical simulations are used to evaluate global methods. Includes numerous detailed examples as well as extensive tabulations of theoretical data.

ISBN	0471951676	Pages	416
ISBN13	9780471951674 (What's this?)	Volumes	001
Publisher	John Wiley and Sons Ltd	Weight (grammes)	780
Imprint	John Wiley & Sons Ltd	Published in	Chichester
Format	Hardback	Height (mm)	234
Publication date	28 Nov 1994	Width (mm)	156
Library of Congress	QC482.S6L3	Spine width (mm)	30
DEWEY	537.5352	Academic level	Postgraduate, Professional / Scholarly
DEWEY edition	DC20

	Preface
	Symbols, Definitions and Terminology
Pt. I	Theory	1
Ch. 1	X-Ray Physics	3
Ch. 2	X-Ray Fluorescence Emissions	33
Ch. 3	The Fundamental Parameters Approach	63
Ch. 4	Fundamental Influence Coefficients	93
Ch. 5	Alpha Coefficient Concept	125
Ch. 6	Empirical Influence Coefficients	159
Ch. 7	Global Matrix Effect Correction Approaches	175
Ch. 8	Special Analytical Contexts	203
Ch. 9	Analytical Strategies	239
Pt. II	Application	279
II.1	X-Ray Physics	281
II.2	X-Ray Fluorescence Emissions	299
II.3	The Fundamental Parameters Approach	307
II.4	Fundamental Influence Coefficients	323
II.5	Alpha Influence Coefficients	337
II.6	Empirical Influence Coefficients	351
II.7	Global Matrix Effect Correction Methods	361
II.8	Special Analytical Contexts	367
II.9	Analytical Strategies	371
	References and Bibliography	387
	Author Index	395
	Subject Index	398

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