International
Tables for
Crystallography
Volume C
Mathematical, physical and chemical tables
Edited by E. Prince

© International Union of Crystallography 2006
International Tables for Crystallography (2006). Vol. C. ch. 4.2, p. 258

Section 4.2.6.4. Table of wavelengths, energies, and linewidths used in compiling the tables of the dispersion corrections

D. C. Creaghb

4.2.6.4. Table of wavelengths, energies, and linewidths used in compiling the tables of the dispersion corrections

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Table 4.2.6.7[link] lists the characteristic emission wavelengths that are commonly used by crystallographers in their experiments. Also included are the emission energies (since many systems use energy rather than wavelength discrimination) and the line widths (full width at half-maximum) of these lines (Agarwal, 1979[link]; Stearns, 1984[link]; Deutsch & Hart, 1984a[link],b[link]).

Table 4.2.6.7| top | pdf |
Lists of wavelengths, energies, and linewidths used in compiling the table of dispersion corrections (a) Agarwal (1979[link]); (b) Deutsch & Hart (1982[link])

RadiationWavelength (Å)Energy (keV)Linewidth (eV)
79Au [K\alpha_1]0.180195 68.803 46 (a)
74W [K\alpha_1]0.209010 59.318 43 (a)
73Ta [K\alpha_1]0.215947 57.412 42 (a)
47Ag [K\alpha_1]0.559360 22.165 7 (a)
42Mo [K\alpha_1]0.709260 17.480 4 (a)
29Cu [K\alpha_1]1.540520 8.04792 2.61 (b)
27Co [K\alpha_1]1.788965 6.9302 1.8
26Fe [K\alpha_1]1.93597 6.4040 1.6
24Cr [K\alpha_1]2.289620 5.4149 1.5
22Ti [K\alpha_1]2.748510 4.51081.4

References

First citation Agarwal, B. K. (1979). X-ray spectroscopy, p. 215. Berlin: Springer-Verlag.Google Scholar
 First citation Deutsch, M. & Hart, M. (1982). Wavelength energy shape and structure of the Cu Kα1 X-ray emission line. Phys. Rev. B, 26, 5550–5567.Google Scholar
 First citation Deutsch, M. & Hart, M. (1984a). Noninterferometric measurement of the X-ray refractive index of beryllium. Phys. Rev. B, 30, 643–646.Google Scholar
 First citation Deutsch, M. & Hart, M. (1984b). X-ray refractive-index measurement in silicon and lithium fluoride. Phys. Rev. B, 30, 640–642.Google Scholar
 First citation Stearns, D. G. (1984). Broadening of extended X-ray absorption fine structure ensuing from the finite lifetime of the K hole. Philos. Mag. 49, 541–558.Google Scholar








































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