A Study of Beryllium-Based Materials and Comparison of Their X-Ray Homogeneities According to Small-Angle Scattering Data

A. A. Semenov,V. V. Volkov,A. V. Zabrodin,V. V. Gorlevskii,M. S. Sheverdyaev,A. V. Lizunov,D. A. Brylev,A S Anikin,A. V. Demin,A. L. Nebera,I. A. Morozov,I.G. Lesina,E. V. Kozlova,S. S. Klykov,I.B. Kupriyanov,A. I. Zhidelev,V. E. Asadchikov,A. V. Buzmakov,B. S. Roshchin,L. A. Dadinova,D. I. Chekrygina,S. V. Amarantov,O. M. Zhigalina,D. N. Khmelenin,R. A. Senin,A. A. Veligzhanin,P. A. Aleksandrov

A Study of Beryllium-Based Materials and Comparison of Their X-Ray Homogeneities According to Small-Angle Scattering Data

2018

A criterion for estimating the homogeneity of materials for refractive X-ray optics from small-angle X-ray scattering data is proposed. A material of new type—nanoberyllium—is considered. A number of samples of beryllium materials, including commercial products, have been analyzed. The X-ray homogeneity of the materials is determined, as well as the influence of technological processes.

Keywords:

Crystallography
Chemistry
Small-angle scattering
X-ray
Beryllium
Analytical chemistry

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