Abstract
The absorption spectra and gamma luminescence spectra for diverse quartz glass brands and high intense light source shells from quartz glass irradiated by fluences of protons of 10{sup 14}, 10{sup 15}, 10{sup 16}, and 10{sup 17} cm{sup -2} (E{sub p}=18 MeV); deuterons (E{sub d}=16 MeV), and alpha-particles (E{sub a}=18 MeV). On the base of results of study for gamma luminescence spectra within 77-300 K range the thermal stability domains of radiation centers were determined. It is shown, that concentration of radiation separate centers at sample's different temperatures are different. Domain of radiation centers thermal stability depends on glass smelt process type. A nature of the physical process causing dependence of defects type, its generation efficiency and thermal stability from glass smelt process type, and quartz glasses defection rate are discussed.
Citation Formats
Ibragimov, Zh D, and Nuritdinov, I.
Radiation defect formation in quartz glasses irradiated by protons, deuterons and alpha particles; Radiatsionnoe defektoobrazovanie v kvartsevykh steklakh, obluchennykh protonami, dejtronami i al'fa chastitsami.
Kazakstan (Kazakhstan): N. p.,
2001.
Web.
Ibragimov, Zh D, & Nuritdinov, I.
Radiation defect formation in quartz glasses irradiated by protons, deuterons and alpha particles; Radiatsionnoe defektoobrazovanie v kvartsevykh steklakh, obluchennykh protonami, dejtronami i al'fa chastitsami.
Kazakstan (Kazakhstan).
Ibragimov, Zh D, and Nuritdinov, I.
2001.
"Radiation defect formation in quartz glasses irradiated by protons, deuterons and alpha particles; Radiatsionnoe defektoobrazovanie v kvartsevykh steklakh, obluchennykh protonami, dejtronami i al'fa chastitsami."
Kazakstan (Kazakhstan).
@misc{etde_20565057,
title = {Radiation defect formation in quartz glasses irradiated by protons, deuterons and alpha particles; Radiatsionnoe defektoobrazovanie v kvartsevykh steklakh, obluchennykh protonami, dejtronami i al'fa chastitsami}
author = {Ibragimov, Zh D, and Nuritdinov, I}
abstractNote = {The absorption spectra and gamma luminescence spectra for diverse quartz glass brands and high intense light source shells from quartz glass irradiated by fluences of protons of 10{sup 14}, 10{sup 15}, 10{sup 16}, and 10{sup 17} cm{sup -2} (E{sub p}=18 MeV); deuterons (E{sub d}=16 MeV), and alpha-particles (E{sub a}=18 MeV). On the base of results of study for gamma luminescence spectra within 77-300 K range the thermal stability domains of radiation centers were determined. It is shown, that concentration of radiation separate centers at sample's different temperatures are different. Domain of radiation centers thermal stability depends on glass smelt process type. A nature of the physical process causing dependence of defects type, its generation efficiency and thermal stability from glass smelt process type, and quartz glasses defection rate are discussed.}
place = {Kazakstan (Kazakhstan)}
year = {2001}
month = {Jul}
}
title = {Radiation defect formation in quartz glasses irradiated by protons, deuterons and alpha particles; Radiatsionnoe defektoobrazovanie v kvartsevykh steklakh, obluchennykh protonami, dejtronami i al'fa chastitsami}
author = {Ibragimov, Zh D, and Nuritdinov, I}
abstractNote = {The absorption spectra and gamma luminescence spectra for diverse quartz glass brands and high intense light source shells from quartz glass irradiated by fluences of protons of 10{sup 14}, 10{sup 15}, 10{sup 16}, and 10{sup 17} cm{sup -2} (E{sub p}=18 MeV); deuterons (E{sub d}=16 MeV), and alpha-particles (E{sub a}=18 MeV). On the base of results of study for gamma luminescence spectra within 77-300 K range the thermal stability domains of radiation centers were determined. It is shown, that concentration of radiation separate centers at sample's different temperatures are different. Domain of radiation centers thermal stability depends on glass smelt process type. A nature of the physical process causing dependence of defects type, its generation efficiency and thermal stability from glass smelt process type, and quartz glasses defection rate are discussed.}
place = {Kazakstan (Kazakhstan)}
year = {2001}
month = {Jul}
}