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Chemical elements / Fluorine / Nuclear reaction / Plasma / Proton / Xenon / Hydrogen / Semiconductor detector / Boron / Chemistry / Matter / Physics


INVESTIGATION OF BORONIZATION IN GLOBUS-M TOKAMAK AND GAS-FILLED DETECTORS USING THE ELECTROSTATIC ACCELERATOR BEAMS V.M. Lebedev, A.G. Krivshich, V.A. Smolin, B.B. Tokarev, E.I. Terukov1), V.K. Gusev1) 1)
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Document Date: 2015-04-20 06:59:44


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Country

Switzerland / /

Facility

Ioffe Physical-Technical Institute of RAS / Introduction At Ioffe Physical-Technical Institute of RAS / /

IndustryTerm

measured energy / important plasma-chemical reactions / energy scale / energy interval / energy-depth relation / gas discharge avalanche plasmas / energy range / energy ts spectrum / gas-filled particle detectors / active chemical species / chemical process / gas gain / energy loss / gas-filled detectors / higher energy / all-welded stainless steel construction / beam particle energy / energy losses / gas mixture / gas avalanches / complicated chemical radicals / constant energy / Energy spectrum / chemical agents / laboratory device / energy spectra / stainless steel limiters / gas mixtures / energy ranges / energy / gas puffing ports / /

Organization

Ioffe Physical-Technical Institute of RAS / /

Person

V.M. Lebedev / V / A.G. Krivshich / V / A. Krivshich / V / N.V. Sakharov / V / V.K. Gusev / V / A.S. Ananiev / V / /

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Position

Mp / /

Technology

semiconductor / semiconductors / /

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