RI 6455 Absorption Corrections for Intensity of X-Rays Scattered by Weakly Absorbing Polytype Crystalline Materials

The National Institute for Occupational Safety and Health (NIOSH)
Victor H. Tiensuu Robert W. Smith Sabri Ergun
Organization:
The National Institute for Occupational Safety and Health (NIOSH)
Pages:
19
File Size:
2011 KB
Publication Date:
Jan 1, 1964

Abstract

Factual geometries are considered for X- ray scattering studies of weakly absorbing materials by both reflection and transmission methods . These studies are usually made on slab specimens to obtain adequate scattered intensities ; however , the intensities are appreciably influenced by absorption of the X-rays in passing through the specimens . Conventional equations derived to account for this absorption are based on idealized geometries , but for polycrystalline carbons the use of idealized geometries leads to several percent error in the corrections to be made . Use of factual geometries substantially reduces this error .
Citation

APA: Victor H. Tiensuu Robert W. Smith Sabri Ergun  (1964)  RI 6455 Absorption Corrections for Intensity of X-Rays Scattered by Weakly Absorbing Polytype Crystalline Materials

MLA: Victor H. Tiensuu Robert W. Smith Sabri Ergun RI 6455 Absorption Corrections for Intensity of X-Rays Scattered by Weakly Absorbing Polytype Crystalline Materials. The National Institute for Occupational Safety and Health (NIOSH), 1964.

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