SIGNS OF A STREAMER DISCHARGE MODE IN LOW-VOLTAGE HALOGENIC GEYGER-MULLER COUNTERS
Keywords:
low voltage halogen Geiger-Muller counters
Abstract
It is known from the physics of a gas discharge in nuclear radiation detectors [1] that for counters with pure gas filling, the voltage interval between the truly proportional region and the Geiger region has a duration of about 100 volts. For counters with the addition of polyatomic gases or vapors, the transition from one area to another has a duration of almost twice as long and occurs gradually.References
1. Фюнфер Э.,НейертГ., Счетчики излучений. Гос. изд.лит.в обл. науки и техн.М., 1961.
2. КорфС., Счетчики электронов и ядерных частиц. М., 1947.
3. CharpakG.,SauliF. // Nucl. Instrum. аnd Methods. 1971. V.96, P.363
4. RazinV.I. and ReshetinA.I. // Physics of Particles and Nuclei Letters, 2012,V.9., №1.P.58-61.
5. RaetherH. Electron avalanches and breakdowns in gases. Butterworths, Washington, 1964.
6. MeekJ.M., in: J.A.Rees (Ed.),Electrical Breakdown of Gases,Macmillan.London, 1973.
7. РазинВ.И, Исследование времени деионизации в низковольтных галогенных счетчиках, дипломная работа. МЭИ, М.,1967.
2. КорфС., Счетчики электронов и ядерных частиц. М., 1947.
3. CharpakG.,SauliF. // Nucl. Instrum. аnd Methods. 1971. V.96, P.363
4. RazinV.I. and ReshetinA.I. // Physics of Particles and Nuclei Letters, 2012,V.9., №1.P.58-61.
5. RaetherH. Electron avalanches and breakdowns in gases. Butterworths, Washington, 1964.
6. MeekJ.M., in: J.A.Rees (Ed.),Electrical Breakdown of Gases,Macmillan.London, 1973.
7. РазинВ.И, Исследование времени деионизации в низковольтных галогенных счетчиках, дипломная работа. МЭИ, М.,1967.
Published
2020-02-17
How to Cite
Razin, V. 2020. “SIGNS OF A STREAMER DISCHARGE MODE IN LOW-VOLTAGE HALOGENIC GEYGER-MULLER COUNTERS”. EurasianUnionScientists 3 (70), 44-46. https://archive.euroasia-science.ru/index.php/Euroasia/article/view/449.
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Article
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