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ETDEWEB   /       /    About kinetics of paramagnetic radiation malformations in beryllium ceramics; O kinetike nakopleniya paramagnitnykh radiatsionnykh defectov v berillievykh keramikakh

About kinetics of paramagnetic radiation malformations in beryllium ceramics; O kinetike nakopleniya paramagnitnykh radiatsionnykh defectov v berillievykh keramikakh

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Abstract

This paper [1] specifies that {gamma}-radiation of the beryllium-oxide-based ceramics results in development of paramagnetic radiation malformations emerging the ESR spectrum in form of doublet with the splitting rate of oestrasid {delta}{approx}1.6 and g-factor of 2.008. This report presents evaluation outcomes of dependence of paramagnetic radiation malformations concentration in beryllium ceramics on gamma-radiation dose ({sup 60}Co) within the range of 0-100 Mrad. Total paramagnetic parameters of beryllium ceramics in the range 0-100 Mrad of gamma-radiation dose varied slightly, and were specified by the first type of paramagnetic radiation malformations.
Authors:
Polyakov, A I; Ryabinkin, Yu A; Zashkvara, O V; Bitenbaev, M I; [1]  Petukhov, Yu V [2] 
  1. Fiziko-tekhniucheskij Inst. Ministerstva Nauki i Vysshego Obrazovaniya Respubliki Kazakhstan, Almaty (Kazakhstan)
  2. Inst. Atomnoj Ehnergii Natsional'nogo Yadernogo Tsentra Respubliki Kazakhstan, Almaty (Kazakhstan)
Publication Date:
Jul 01, 1999
Product Type:
Conference
Reference Number:
EDB-00:027703
Resource Relation:
Conference: 2. International conference on nuclear and radiation physics, II Mezdunarodnaya konferentsiya po yadernoj i radiatsionnoj fizike, Almaty (Kazakhstan), 7-10 Jun 1999; Other Information: 3 refs; PBD: 1999; Related Information: In: Nuclear and radiation physics. Abstracts, Yadernaya i radiatsionnaya fizika. Tezisy dokladov, 327 pages.
Subject:
36 MATERIALS SCIENCE; BERYLLIUM; BOUNDARY CONDITIONS; CERAMICS; DEFECTS; GAMMA RADIATION; PARAMAGNETISM
OSTI ID:
20031357
Research Organizations:
Ministry of Science and Higher Education of the Republic of Kazakhstan (Kazakhstan); National Nuclear Center of the Republic of Kazakhstan (Kazakhstan); Institute of Nuclear Physics (Kazakhstan)
Country of Origin:
Kazakstan (Kazakhstan)
Language:
Russian
Other Identifying Numbers:
Other: ISBN 9965-9051-1-8; TRN: KZ99K0328000937
Submitting Site:
INIS
Size:
page(s) 179
Announcement Date:
Jan 15, 2004

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Citation Formats

Polyakov, A I, Ryabinkin, Yu A, Zashkvara, O V, Bitenbaev, M I, and Petukhov, Yu V. About kinetics of paramagnetic radiation malformations in beryllium ceramics; O kinetike nakopleniya paramagnitnykh radiatsionnykh defectov v berillievykh keramikakh. Kazakstan (Kazakhstan): N. p., 1999. Web.
Polyakov, A I, Ryabinkin, Yu A, Zashkvara, O V, Bitenbaev, M I, & Petukhov, Yu V. About kinetics of paramagnetic radiation malformations in beryllium ceramics; O kinetike nakopleniya paramagnitnykh radiatsionnykh defectov v berillievykh keramikakh. Kazakstan (Kazakhstan).
Polyakov, A I, Ryabinkin, Yu A, Zashkvara, O V, Bitenbaev, M I, and Petukhov, Yu V. 1999. "About kinetics of paramagnetic radiation malformations in beryllium ceramics; O kinetike nakopleniya paramagnitnykh radiatsionnykh defectov v berillievykh keramikakh." Kazakstan (Kazakhstan).
@misc{etde_20031357,
title = {About kinetics of paramagnetic radiation malformations in beryllium ceramics; O kinetike nakopleniya paramagnitnykh radiatsionnykh defectov v berillievykh keramikakh}
 author = {Polyakov, A I, Ryabinkin, Yu A, Zashkvara, O V, Bitenbaev, M I, and Petukhov, Yu V}
 abstractNote = {This paper [1] specifies that {gamma}-radiation of the beryllium-oxide-based ceramics results in development of paramagnetic radiation malformations emerging the ESR spectrum in form of doublet with the splitting rate of oestrasid {delta}{approx}1.6 and g-factor of 2.008. This report presents evaluation outcomes of dependence of paramagnetic radiation malformations concentration in beryllium ceramics on gamma-radiation dose ({sup 60}Co) within the range of 0-100 Mrad. Total paramagnetic parameters of beryllium ceramics in the range 0-100 Mrad of gamma-radiation dose varied slightly, and were specified by the first type of paramagnetic radiation malformations.}
 place = {Kazakstan (Kazakhstan)}
 year = {1999}
 month = {Jul}
 }