Study of silicon strain gauges under electron irradiation

The characteristics of semiconductor strain gauges based on boron doped р-type silicon whiskers under high energy electron irradiation were studied. Strain gauges were irradiated at room temperature by electrons with energies 4,2—14 MeV and different doses 5·1016—1·1018 el/cm2. The main parameters o...

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Main Authors: Liakh-Kaguj N. S., Masluk V. T., Kutrakov A. P., Maryamova I. I., Druzhinin A. A., Mehela I. G.
Format: Article
Language:English
Published: Politehperiodika 2010-02-01
Series:Tekhnologiya i Konstruirovanie v Elektronnoi Apparature
Subjects:
Online Access:http://www.tkea.com.ua/tkea/2010/1_2010/pdf/07.zip
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author Liakh-Kaguj N. S.
Masluk V. T.
Kutrakov A. P.
Maryamova I. I.
Druzhinin A. A.
Mehela I. G.
author_facet Liakh-Kaguj N. S.
Masluk V. T.
Kutrakov A. P.
Maryamova I. I.
Druzhinin A. A.
Mehela I. G.
author_sort Liakh-Kaguj N. S.
collection DOAJ
description The characteristics of semiconductor strain gauges based on boron doped р-type silicon whiskers under high energy electron irradiation were studied. Strain gauges were irradiated at room temperature by electrons with energies 4,2—14 MeV and different doses 5·1016—1·1018 el/cm2. The main parameters of irradiated strain gauges: resistance, its temperature dependence and resistance change vs strain at –196…+100°C and –269…+20°C temperature ranges were measured. There are determined the values of electron irradiation energy and dose at which the radiation stability of strain gauges could be ensured.
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spelling doaj.art-634d631138fd4e35aa66b927b4e8b7152022-12-22T01:51:41ZengPolitehperiodikaTekhnologiya i Konstruirovanie v Elektronnoi Apparature2225-58182010-02-0112629Study of silicon strain gauges under electron irradiationLiakh-Kaguj N. S.Masluk V. T.Kutrakov A. P.Maryamova I. I.Druzhinin A. A.Mehela I. G.The characteristics of semiconductor strain gauges based on boron doped р-type silicon whiskers under high energy electron irradiation were studied. Strain gauges were irradiated at room temperature by electrons with energies 4,2—14 MeV and different doses 5·1016—1·1018 el/cm2. The main parameters of irradiated strain gauges: resistance, its temperature dependence and resistance change vs strain at –196…+100°C and –269…+20°C temperature ranges were measured. There are determined the values of electron irradiation energy and dose at which the radiation stability of strain gauges could be ensured.http://www.tkea.com.ua/tkea/2010/1_2010/pdf/07.zipsilicon strain gaugeelectron irradiation
spellingShingle Liakh-Kaguj N. S.
Masluk V. T.
Kutrakov A. P.
Maryamova I. I.
Druzhinin A. A.
Mehela I. G.
Study of silicon strain gauges under electron irradiation
Tekhnologiya i Konstruirovanie v Elektronnoi Apparature
silicon strain gauge
electron irradiation
title Study of silicon strain gauges under electron irradiation
title_full Study of silicon strain gauges under electron irradiation
title_fullStr Study of silicon strain gauges under electron irradiation
title_full_unstemmed Study of silicon strain gauges under electron irradiation
title_short Study of silicon strain gauges under electron irradiation
title_sort study of silicon strain gauges under electron irradiation
topic silicon strain gauge
electron irradiation
url http://www.tkea.com.ua/tkea/2010/1_2010/pdf/07.zip
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AT maryamovaii studyofsiliconstraingaugesunderelectronirradiation
AT druzhininaa studyofsiliconstraingaugesunderelectronirradiation
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