Yu. B. Gurov
National Research Nuclear University MEPhI
120 Papers
532 Citations
Yu. B. Gurov is an academic researcher from National Research Nuclear University MEPhI. The author has contributed to research in topics: Excited state & Pion. The author has an hindex of 14, co-authored 109 publications. Previous affiliations of Yu. B. Gurov include Joint Institute for Nuclear Research.
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Papers
Investigation of the internal amplification effect in planar p -silicon structures
O. F. Vikhlyantsev,S. Golubkov,Yu. B. Gurov,K. N. Gusev,N. Egorov,N. I. Zamyatin,Y. Kozlov,K. A. Konkov,V. S. Pantuev,V. G. Sandukovskii,Alexander I. Sidorov,A. S. Starostin,J. Yurkowski +12 more
TL;DR: In this paper, the effect of internal amplification of a signal (with a gain of 20) with retained properties of the detector as a spectrometric device is demonstrated, and an efficient lowering of the energy level for the detected ionizing radiation is demonstrated.
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A transition radiation detector based on thin inorganic scintillators
V. V. Berdnikov,Yu. B. Gurov,B. A. Dolgoshein,Valery V. Dmitrenko,B. I. Zadneprovskii,Vadim Kantserov,V.V. Sosnovtsev,Vladimir Tikhomirov,Alevtina Shmeleva +8 more
TL;DR: In this article, a prototype of the scintillation transition radiation detector (Sci-TRD) based on a thin (∼200 μm) inorganic scintillator has been investigated.
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Study of hydrogen and helium isotopes with A=5,6,7
B. A. Chernyshev,Yu. B. Gurov,V. S. Karpukhin,L. Yu. Korotkova,S. V. Lapushkin,M. V. Tel’kushev,V. G. Sandukovsky +6 more
- 01 Jun 2016
TL;DR: In this paper, the level structure of superheavy hydrogen and heavy helium isotopes with A = 5, 6, 7 was studied in stopped pion absorption by light nuclei at LANL with two-arm multilayer semiconductor spectrometer.
Production of 10Be isotope from boron carbide irradiated with fast neutrons
Yu. B. Gurov,A. I. Ermakov,L. I. Moseev,S. V. Lapushkin,A. F. Novgorodov,S. I. Porollo,V. P. Tarasikov,B. A. Chernyshev,D. V. Filosofov +8 more
TL;DR: In this paper, a method for producing 10Be isotope from spent rods of the emergency protection and compensation systems of a fast neutron reactor is described, based on analysis of γ and β spectra of samples, measured by HPGe and Si(Li) detectors.