Search Results - "Krinitsyn, A"

Oxidation of Spent Nuclear Fuel from Flawed RBMK-1000 Fuel Rods under Dry Storage Conditions by Beznosyuk, V. I., Krinitsyn, A. P., Mishin, K. Ya, Metalidi, M. M., Nikandrova, M. V.

“…The effect of a humid nitrogen atmosphere with an oxygen content of 0.08, 0.48, 1.30 vol % and a temperature of 300°С on the change in the structure of the…”
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Determination of the Spectrometer Acceptance for Forward Production of Hadrons and Nuclear Fragments in Nucleus−Nucleus Collisions at the U-70 Accelerator Complex (Monte Carlo Simulation) by Bogolyubsky, M. Yu, Elumakhov, D. K., Ivanilov, A. A., Krinitsyn, A. N.

“…The results of the simulation of the spectrometer acceptance for forward production of hadrons and nuclear fragments in nucleus−nucleus collisions at the U-70…”
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Measurement of Cross Sections for Inclusive Forward Charged Hadron Production in Carbon–Carbon Collisions at Beam Energy of 19.6 GeV per Nucleon by Afonin, A. G., Bogolyubsky, M. Yu, Volkov, A. A., Elumakhov, D. K., Zapolsky, V. N., Ivanilov, A. A., Kalinin, A. Yu, Krinitsyn, A. N., Kulagin, N. V., Kryshkin, V. I., Patalakha, D. I., Romanishin, K. A., Skvortsov, V. V., Talov, V. V., Turchanovich, L. K., Chesnokov, Yu. A.

“…The invariant cross sections for forward charged-hadron production at zero angle in carbon–carbon collisions at a beam kinetic energy of 19.6 GeV per nucleon…”
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Mass Number Dependence of the Forward Production of Charged Hadrons and Nuclear Fragments in Carbon–Lead and Carbon–Carbon Interaction at a Beam Energy of 19.6 GeV per Nucleon by Afonin, A. G., Bogolyubsky, M. Yu, Volkov, A. A., Elumakhov, D. K., Zapolsky, V. N., Ivanilov, A. A., Kalinin, A. Yu, Krinitsyn, A. N., Kulagin, N. V., Kryshkin, V. I., Patalakha, D. I., Romanishin, K. A., Skvortsov, V. V., Talov, V. V., Turchanovich, L. K., Chesnokov, Yu. A.

“…The inclusive differential cross sections for the production of and mesons, protons, and antiprotons with momenta between 6 and 50 GeV/ c and nuclear fragments…”
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Reconstruction of Tracks in a Detector on Drift Tubes and Chambers of the Modified FODS Spectrometer on the U-70 Accelerator Complex by Bogolyubsky, M. Yu, Volkov, A. A., Elumakhov, D. K., Ivanilov, A. A., Kalinin, A. Yu, Krinitsyn, A. N., Kryshkin, V. I., Kulagin, N. V., Patalakha, D. I., Romanishin, K. A., Skvortsov, V. V., Talov, V. V., Turchanovich, L. K.

“…A procedure for finding the trajectories of charged particles on the FODS (focusing double-arm spectrometer) is described, which includes channel calibration (…”
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Determination of Charged-Particle Momenta According to a Decision Table with a Polynomial Approximation at the FODS Spectrometer by Bogolyubsky, M. Yu, Volkov, A. A., Elumakhov, D. K., Ivanilov, A. A., Kalinin, A. Yu, Krinitsyn, A. N., Kryshkin, V. I., Kulagin, N. V., Patalaha, D. I., Romanishin, K. A., Skvortsov, V. V., Talov, V. V., Turchanovich, L. K.

“…— The issues of determining the momentum of charged particles at the focusing double-arm spectrometer (FODS) are discussed. The coordinate detectors are…”
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Forward particle production in proton–nucleus interactions at momenta of 25 and 50 GeV/с and сarbon–nucleus interactions at an energy of 25 GeV per nucleon by Bogolyubsky, M. Yu, Bordanovsky, A. Yu, Volkov, A. A., Elumahov, D. K., Efremov, V. P., Ivanilov, A. A., Kalinin, A. Yu, Krinitsyn, A. N., Kryshkin, V. I., Kulagin, N. V., Patalakha, D. I., Skvortsov, V. V., Talov, V. V., Turchanovich, L. K.

“…Relative yields of high- x F charged hadrons ( π ± , К ± , р , p ¯ , and d ) in proton–nucleus interactions at incident-proton momenta of 25 and 50 GeV/c were…”
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Computer simulation of the critical behavior of 3D disordered ising model by Prudnikov, V. V., Prudnikov, P. V., Vakilov, A. N., Krinitsyn, A. S.

“…The critical behavior of the disordered ferromagnetic Ising model is studied numerically by the Monte Carlo method in a wide range of variation of…”
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Calculations of the dynamical critical exponent using the asymptotic series summation method by Krinitsyn, A. S., Prudnikov, V. V., Prudnikov, P. V.

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Analytical solutions in amplitude and time measurements from discrete sampling of pseudo-Gaussian signals by Bogolyubsky, M.Yu, Volkov, A.A., Elumakhov, D.K., Kalinin, A.Yu, Krinitsyn, A.N., Skvortsov, V.V.

“…Analytical solutions for amplitude and time measurements from digitized signals of the pseudo-Gaussian shape are considered. The least squares method (l.s.m.)…”
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Production and quality control of optical elements for the end cap hadron calorimeter of the CMS setup by Abramov, V. V., Volkov, A. A., Goncharov, P. I., Zaichenko, A. A., Korablev, A. V., Korneev, Yu. P., Krinitsyn, A. N., Kryshkin, V. I., Markov, A. A., Talov, V. V., Turchanovich, L. K.

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Forward production of nuclear fragments in CC collisions at beam energy 20.5 GeV/nucleon by Afonin, A.G., Bogolyubsky, M.Yu, Volkov, A.A., Elumakhov, D.K., Zapolsky, V.N., Ivanilov, A.A., Kalinin, A.Yu, Krinitsyn, A.N., Kryshkin, V.I., Kulagin, N.V., Patalakha, D.I., Romanishin, K.A., Skvortsov, V.V., Talov, V.V., Turchanovich, L.K., Chesnokov, Yu.A.

“…The inclusive differential cross sections for forward production of nuclear fragments at an angle of 0∘ in CC collisions at beam energy 20.5 GeV/nucleon…”
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Production of charmonium states in $\pi^{-}$ Be collisions at 515-GeV/c by Koreshev, V., et al

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Characteristics of a Sector of the Endcap Hadron Calorimeter for the CMS Facility by Goncharov, P. I., Abramov, V. V., Bencze, G., Volkov, A. A., Volod'ko, A. G., Golutvin, I. A., Zaichenko, A. A., Zarubin, A. V., Korablev, A. V., Korneev, Yu. P., Kosarev, I. G., Krinitsyn, A. N., Kryshkin, V. I., Lazic, D., Markov, A. A., Talov, V. V., Turchanovich, L. K., Khmel'nikov, A. V.

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A hadron calorimeter with scintillators parallel to the beam by Abramov, V, Goncharov, P, Gorin, A, Gurzhiev, A, Dyshkant, A, Evdokimov, V, Kolosov, V, Korablev, A, Korneev, Yu, Kostritskii, A, Krinitsyn, A, Kryshkin, V, Podstavkov, V, Polyakov, V, Shtannikov, A, Tereschenko, S, Turchanovich, L, Zaichenko, A

“…A hadron calorimeter in which scintillators are arranged nearly parallel to the incident particle direction and light is collected by optical fibres with WLS,…”
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Optimization of the drift tube performance in the tracking system of the FODS setup by Bogolyubsky, M. Yu, Kalinin, A. Yu, Krinitsyn, A. N., Morshinov, A. A., Talov, V. V., Turchanovich, L. K.

“…Amplitude and time spectra of a drift tube (DT) were investigated using cosmic radiation at different voltages applied to it and different compositions of an…”
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Forward particle production in proton--nucleus interactions at momenta of 25 and 50 GeV/c and carbon--nucleus interactions at an energy of 25 GeV per nucleon by Bogolyubsky, M.Yu, Bordanovsky, A.Yu, Volkov, A.A, Elumahov, D.K, Efremov, V.P, Ivanilov, A.A, Kalinin, A.Yu, Krinitsyn, A.N, Kryshkin, V.I, Kulagin, N.V, Patalakha, D.I, Skvortsov, V.V, Talov, V.V, Turchanovich, L.K

“…Relative yields of high-[x.sub.F] charged hadrons ([[pi].sup.[+ or -]], [K.sup.[+ or -]], p, [bar.p], and d) in proton--nucleus interactions at incident-proton…”
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Interaction of zirconium with pertechnetic acid in the course of extraction from nitric acid solutions with tributyl phosphate in diluent in the presence of uranyl nitrate at various temperatures and its mathematical description by Puzikov, E. A., Zilberman, B. Ya, Fedorov, Yu. S., Blazheva, I. V., Krinitsyn, A. P., Sytnik, L. V., Ryabkov, D. V., Goletskii, N. D.

“…Database on the extraction of zirconium and technetium, present separately and simultaneously, into 30% TBP is presented. With increasing temperature, the…”
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Extraction of pertechnetate anion as a ligand in a cerium(IV) tributyl phosphate complex by AKOPOV, G. A, KRINITSYN, A. P, TSARENKO, A. F

“…Extraction of technetium has been studied in the tributyl phosphate--dodecane--nitric acid--Ce(IV) system. It is established that, in the system under study,…”
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Ways of technetium and neptunium localization in extraction reprocessing of spent nuclear fuel from nuclear power plants by Goletskii, N. D., Zilberman, B. Ya, Fedorov, Yu. S., Kudinov, A. S., Timoshuk, A. A., Sytnik, L. V., Puzikov, E. A., Rodionov, S. A., Krinitsyn, A. P., Ryazantsev, V. I., Ryabkov, D. V.

“…Possible ways of Tc and Np localization within the framework of the first extraction cycle of the Purex process are considered. Experimental data are presented…”
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