Elements of X-Ray Diffraction . A Volume in Addison-Wesley by B. D. CULLITY


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Extra resources for Elements of X-Ray Diffraction . A Volume in Addison-Wesley Series in Metallurgy and Materials.

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To a first approximation, the size of an atom is a constant. In other words, an iron atom has the same size whether it occurs in pure iron, an This is a very useful fact to reintermediate phase, or a solid solution member when investigating unknown crystal structures, for it enables us to predict roughly how large a hole is necessary in a proposed structure to is known that the size of accommodate a given atom. More precisely, an atom has a slight dependence on its coordination number, which is the number of nearest neighbors of the given atom arid which depends on The coordination number of an atom in the FCC or crystal structure.

1-13) for a lead absorber and Kot, Rh Ka, and radiation. ) From the curve, determine the mass absorption coefficient of lead for the shortest wavelength radiation from a tube op- erated at 60,000 volts. 1-6. Lead screens for the protection of personnel in x-ray diffraction laboratories thick. Calculate the "transmission factor" (/trans. //incident) are usually at least 1 mm Kot, Mo Kot, and the shortest wavelength radiation from a tube operated at 60,000 volts. 1-7. (a) Calculate the mass and linear absorption coefficients of air for Cr Ka radiation.

Grain size (h) is also tunate consequence that x-ray films do not resolve fine de- are grainy, A' edge of bromine silver tail, and cannot stand much enlarge- ment. 48A). , the This should be borne wavelength. lh mind whenever white radiation is recorded photographically; for one thing, this sensitivity variation alters the effective shape of the con- tinuous spectrum. Figure l-18(a) shows the intensity of the continu- ous spectrum as a function of wavelength and (b) the variation of film sensitivity.

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