Abstract
Optical and X-ray diffuse scattering methods have been applied to investigate structural changes, taking place in KCl crystals during irradiation with ..gamma..-quanta and doping with barium. It is shown that ..gamma..-irradiation of ''pure'' and doped KCl crystals mainly leads to formation of F-centers and spherical vacancy complexes. F-center concentration in irradiated addition crystals (3x10/sup -6/) has turned out to be 25% lower, than in irradiated pure ones (4x10/sup -6/), which is connected with interaction of radiation and addition defects. The type of defects, causing assymetry in the distribution of diffuse scattering has been determined. Appearance of scattering ability modulation over direction < 100 > during irradiation of KCl pure crystals has been found. Critical radius of spherical complexes formed during irradiation has been estimated, it appeared to be 2.5 a, where a is a lattice period.
Braude, I S;
Rogozyanskaya, L M
[1]
- AN Ukrainskoj SSR, Kharkov. Fiziko-Tekhnicheskij Inst. Nizkikh Temperatur
Citation Formats
Braude, I S, and Rogozyanskaya, L M.
X-ray and optical study on point defect formation and interaction under irradiation adn doping of KCl.
USSR: N. p.,
1978.
Web.
Braude, I S, & Rogozyanskaya, L M.
X-ray and optical study on point defect formation and interaction under irradiation adn doping of KCl.
USSR.
Braude, I S, and Rogozyanskaya, L M.
1978.
"X-ray and optical study on point defect formation and interaction under irradiation adn doping of KCl."
USSR.
@misc{etde_6063874,
title = {X-ray and optical study on point defect formation and interaction under irradiation adn doping of KCl}
author = {Braude, I S, and Rogozyanskaya, L M}
abstractNote = {Optical and X-ray diffuse scattering methods have been applied to investigate structural changes, taking place in KCl crystals during irradiation with ..gamma..-quanta and doping with barium. It is shown that ..gamma..-irradiation of ''pure'' and doped KCl crystals mainly leads to formation of F-centers and spherical vacancy complexes. F-center concentration in irradiated addition crystals (3x10/sup -6/) has turned out to be 25% lower, than in irradiated pure ones (4x10/sup -6/), which is connected with interaction of radiation and addition defects. The type of defects, causing assymetry in the distribution of diffuse scattering has been determined. Appearance of scattering ability modulation over direction < 100 > during irradiation of KCl pure crystals has been found. Critical radius of spherical complexes formed during irradiation has been estimated, it appeared to be 2.5 a, where a is a lattice period.}
journal = []
volume = {20:8}
journal type = {AC}
place = {USSR}
year = {1978}
month = {Aug}
}
title = {X-ray and optical study on point defect formation and interaction under irradiation adn doping of KCl}
author = {Braude, I S, and Rogozyanskaya, L M}
abstractNote = {Optical and X-ray diffuse scattering methods have been applied to investigate structural changes, taking place in KCl crystals during irradiation with ..gamma..-quanta and doping with barium. It is shown that ..gamma..-irradiation of ''pure'' and doped KCl crystals mainly leads to formation of F-centers and spherical vacancy complexes. F-center concentration in irradiated addition crystals (3x10/sup -6/) has turned out to be 25% lower, than in irradiated pure ones (4x10/sup -6/), which is connected with interaction of radiation and addition defects. The type of defects, causing assymetry in the distribution of diffuse scattering has been determined. Appearance of scattering ability modulation over direction < 100 > during irradiation of KCl pure crystals has been found. Critical radius of spherical complexes formed during irradiation has been estimated, it appeared to be 2.5 a, where a is a lattice period.}
journal = []
volume = {20:8}
journal type = {AC}
place = {USSR}
year = {1978}
month = {Aug}
}