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Results 1 to 20 of 26 for query "A.A.Grebenuk". (0.00 sec.)

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Absorption of Scintillation Light in a 100 $ell$ Liquid Xenon$gamma$ Ray Detector and Expected Detector Performance
A.Baldini; C.Bemporad; F.Cei; T.Doke; M.Grassi; A.A.Grebenuk; D.N.Grigoriev; T.Haruyama; K.Kasami; J.Kikuchi; A.Maki; T.Mashimo; S.Mihara; T.Mitsuhashi; T.Mori; D.Nicolo`; H.Nishiguchi; W.Ootani; K.Ozone; A.Papa; R.Pazzi; S.Ritt; R.Sawada; F.Sergiampietri; G.Signorelli; S.Suzuki; K.Terasawa; M.Yamashita; S.Yamashita; T.Yoshimura; Yu.Yuri;
7 Jul 2004 / Nucl.Instrum.Meth. A545 (2005) 753-764

Geiger Mode APD performance in a cryogenic two-phase Ar avalanche detector based on THGEMs
A. Bondar; A. Buzulutskov; A. Grebenuk; A. Sokolov; D. Akimov; I. Alexandrov; A. Breskin;
9 Mar 2010

Direct observation of avalanche scintillations in a THGEM-based two-phase Ar avalanche detector using Geiger-mode APD
A. Bondar; A. Buzulutskov; A. Grebenuk; A. Sokolov; D. Akimov; I. Alexandrov; A. Breskin;
28 May 2010

A two-phase argon avalanche detector operated in a single electron counting mode
A. Bondar; A. Buzulutskov; A. Grebenuk; D. Pavlyuchenko; R. Snopkov; Y. Tikhonov; V.A. Kudryavtsev; P.K. Lightfoot; N.J.C. Spooner;
7 Nov 2006

Charged particle identification with the liquid xenon calorimeter of the CMD-3 detector
V.L. Ivanov; G.V. Fedotovich; R.R. Akhmetshin; A.N. Amirkhanov; A.V. Anisenkov; V.M. Aulchenko; N.S. Bashtovoy; A.E. Bondar; A.V. Bragin; S.I.Eidelman; D.A. Epifanov; L.B. Epshteyn; A.L. Erofeev; S.E. Gayazov; A.A. Grebenuk; S.S. Gribanov; D.N. Grigoriev; F.V. Ignatov; S.V. Karpov; V.F. Kazanin; A.A. Korobov; A.N. Kozyrev; E.A. Kozyrev; P.P. Krokovny; A.E. Kuzmenko; A.S. Kuzmin; I.B. Logashenko; P.A. Lukin; K.Yu. Mikhailov; V.S. Okhapkin; Yu.N. Pestov; A.S. Popov; G.P. Razuvaev; A.A. Ruban; N.M. Ryskulov; A.E. Ryzhenenkov; A.V. Semenov; V.E. Shebalin; D.N. Shemyakin; B.A. Shwartz; E.P. Solodov; V.M. Titov; A.A. Talyshev; S.S. Tolmachev; A.I. Vorobiov; Yu.V. Yudin;
12 Aug 2020

Study of the process $e^+e^- o K^+K^-$ in the center-of-mass energy range 1010--1060~MeV with the CMD-3 detector
E.A.Kozyrev; E.P.Solodov; R.R.Akhmetshin; A.N.Amirkhanov; A.V.Anisenkov; V.M.Aulchenko; V.S.Banzarov; N.S.Bashtovoy; D.E.Berkaev; A.E.Bondar; A.V.Bragin; S.I.Eidelman; D.A.Epifanov; L.B.Epshteyn; A.L.Erofeev; G.V.Fedotovich; S.E.Gayazov; A.A.Grebenuk; S.S.Gribanov; D.N.Grigoriev; F.V.Ignatov; V.L.Ivanov; S.V.Karpov; A.S.Kasaev; V.F.Kazanin; A.A.Korobov; I.A.Koop; A.N.Kozyrev; P.P.Krokovny; A.E.Kuzmenko; A.S.Kuzmin; I.B.Logashenko; P.A.Lukin; A.P.Lysenko; K.Yu.Mikhailov; V.S.Okhapkin; E.A.Perevedentsev; Yu.N.Pestov; A.S.Popov; G.P.Razuvaev; Yu.A.Rogovsky; A.A.Ruban; N.M.Ryskulov; A.E.Ryzhenenkov; V.E.Shebalin; D.N.Shemyakin; B.A.Shwartz; D.B.Shwartz; A.L.Sibidanov; Yu.M.Shatunov; A.A.Talyshev; A.I.Vorobiov; Yu.V.Yudin;
9 Oct 2017

Measurement of the $e^+e^- o K^+K^-pi^+pi^-$ cross section with the CMD-3 detector at the VEPP-2000 collider
D.N. Shemyakin; G.V. Fedotovich; R.R. Akhmetshin; A.N. Amirkhanov; A.V. Anisenkov; V.M. Aulchenko; V.Sh. Banzarov; N.S. Bashtovoy; A.E. Bondar; A.V. Bragin; S.I. Eidelman; D.A. Epifanov; L.B. Epshteyn; A.L. Erofeev; S.E. Gayazov; A.A. Grebenuk; S.S. Gribanov; D.N. Grigoriev; F.V. Ignatov; V.L. Ivanov; S.V. Karpov; V.F. Kazanin; I.A. Koop; A.A. Korobov; O.A. Kovalenko; A.N. Kozyrev; E.A. Kozyrev; P.P. Krokovny; A.E. Kuzmenko; A.S. Kuzmin; I.B. Logashenko; A.P. Lysenko; P.A. Lukin; K.Yu. Mikhailov; V.S. Okhapkin; Yu.N. Pestov; E.A. Perevedentsev; A.S. Popov; G.P. Razuvaev; Yu.A. Rogovsky; A.A. Ruban; N.M. Ryskulov; A.E. Ryzhenenkov; V.E. Shebalin; B.A. Shwartz; D.B. Shwartz; A.L. Sibidanov; Yu.M. Shatunov; E.P. Solodov; V.M. Titov; A.A. Talyshev; A.I. Vorobiov; Yu.V. Yudin; I.M. Zemlyansky;
2 Oct 2015

Study of the process $e^+e^- o par{p}$ in the c.m. energy range from threshold to 2 GeV with the CMD-3 detector
R.R. Akhmetshin; A.N. Amirkhanov; A.V. Anisenkov; V.M. Aulchenko; V.Sh. Banzarov; N.S. Bashtovoy; D.E. Berkaev; A.E. Bondar; A.V. Bragin; S.I. Eidelman; D.A. Epifanov; L.B. Epshteyn; A.L. Erofeev; G.V. Fedotovich; S.E. Gayazov; A.A. Grebenuk; S.S. Gribanov; D.N. Grigoriev; E.M. Gromov; F.V. Ignatov; V.L. Ivanov; S.V. Karpov; A.S. Kasaev; V.F. Kazanin; B.I. Khazin; A.N. Kirpotin; I.A. Koop; O.A. Kovalenko; A.N. Kozyrev; E.A. Kozyrev; P.P. Krokovny; A.E. Kuzmenko; A.S. Kuzmin; I.B. Logashenko; P.A. Lukin; K.Yu. Mikhailov; V.S. Okhapkin; A.V. Otboev; Yu.N. Pestov; S.G. Pivovarov; A.S. Popov; G.P. Razuvaev; A.L. Romanov; A.A. Ruban; N.M. Ryskulov; A.E. Ryzhenenkov; V.E. Shebalin; D.N. Shemyakin; B.A. Shwartz; D.B. Shwartz; A.L. Sibidanov; P.Yu. Shatunov; Yu.M. Shatunov; E.P. Solodov; V.M. Titov; A.A. Talyshev; A.I. Vorobiov; Yu.V. Yudin; Yu.M. Zharinov;
29 Jul 2015

Search for the process $e^+e^- o eta^prime(958)$ with the CMD-3 detector
R.R.Akhmetshin; A.V.Anisenkov; V.M.Aulchenko; V.Sh.Banzarov; N.S.Bashtovoy; D.E.Berkaeva; A.E.Bondar; A.V.Bragin; S.I.Eidelman; D.A.Epifanov; L.B.Epshteyn; A.L.Erofeev; G.V.Fedotovich; S.E.Gayazov; A.A.Grebenuk; D.N.Grigoriev; E.N.Gromov; F.V.Ignatov; S.V.Karpov; V.F.Kazanin; B.I.Khazin; I.A.Koop; O.A.Kovalenko; A.N.Kozyrev; E.A.Kozyrev; P.P.Krokovny; A.E.Kuzmenko; A.S.Kuzmin; I.B.Logashenko; P.A.Lukin; K.Yu.Mikhailov; N.Yu.Muchnoi; V.S.Okhapkin; Yu.N.Pestov; E.A.Perevedentsev; A.S.Popov; G.P.Razuvaev; Yu.A.Rogovsky; A.L.Romanov; A.A.Ruban; N.M.Ryskulov; A.E.Ryzhenenkov; V.E.Shebalin; D.N.Shemyakin; B.A.Shwartz; D.B.Shwartz; A.L.Sibidanov; P.Yu.Shatunov; Yu.M.Shatunov; E.P.Solodov; V.M.Titova; A.A.Talyshev; A.I.Vorobiov; Yu.V.Yudin;
9 Sep 2014

10.

Study of the process $e^+e^- o 3(pi^+pi^-)$ in the c.m.energy range 1.5--2.0 gev with the cmd-3 detector
CMD-3 Collaboration; R.R.Akhmetshin; A.V.Anisenkov; S.A.Anokhin; V.M.Aulchenko; V.S.Banzarov; L.M.Barkov; N.S.Bashtovoy; D.E.Berkaev; A.E.Bondar; A.V.Bragin; S.I.Eidelman; D.A.Epifanov; L.B.Epshteyn; G.V.Fedotovich; S.E.Gayazov; A.A.Grebenuk; D.N.Grigoriev; E.N.Gromov; F.V.Ignatov; S.V.Karpov; V.F.Kazanin; B.I.Khazin; I.A.Koop; A.N.Kozyrev; P.P.Krokovny; A.E.Kuzmenko; A.S.Kuzmin; I.B.Logashenko; A.P.Lysenko; P.A.Lukin; K.Yu.Mikhailov; Yu.N.Pestov; E.A.Perevedentsev; S.A.Pirogov; S.G.Pivovarov; A.S.Popov; Yu.S.Popov; S.I.Redin; Yu.A.Rogovsky; A.L.Romanov; A.A.Ruban; N.M.Ryskulov; A.E.Ryzhenenkov; V.E.Shebalin; D.N.Shemyakin; B.A.Shwartz; D.B.Shwartz; A.L.Sibidanov; P.Yu.Shatunov; Yu.M.Shatunov; I.G.Snopkov; E.P.Solodov; V.M.Titov; A.A.Talyshev; A.I.Vorobiov; Yu.V.Yudin; A.S.Zaytsev;
1 Feb 2013

11.

Measurement of the e+e- -> pi+pi- cross section with the CMD-2 detector in the 370-520 MeV c.m. energy range
R.R.Akhmetshin; V.M.Aulchenko; V.Sh.Banzarov; L.M.Barkov; N.S.Bashtovoy; A.E.Bondar; D.V.Bondarev; A.V.Bragin; S.K.Dhawan; S.I.Eidelman; D.A.Epifanov; G.V.Fedotovich; N.I.Gabyshev; D.A.Gorbachev; A.A.Grebenuk; D.N.Grigoriev; V.W.Hughes; F.V.Ignatov; S.V.Karpov; V.F.Kazanin; B.I.Khazin; I.A.Koop; P.P.Krokovny; A.S.Kuzmin; I.B.Logashenko; P.A.Lukin; A.P.Lysenko; K.Yu.Mikhailov; A.I.Milshtein; I.N.Nesterenko; M.A.Nikulin; V.S.Okhapkin; A.V.Otboev; E.A.Perevedentsev; A.S.Popov; S.I.Redin; B.L.Roberts; N.I.Root; A.A.Ruban; N.M.Ryskulov; A.G.Shamov; Yu.M.Shatunov; B.A.Shwartz; A.L.Sibidanov; V.A.Sidorov; A.N.Skrinsky; V.P.Smakhtin; I.G.Snopkov; E.P.Solodov; J.A.Thompson; Yu.V.Yudin; A.S.Zaitsev; S.G.Zverev;
6 Oct 2006

12.

Two-phase argon and xenon avalanche detectors based on Gas Electron Multipliers
A. Bondar; A. Buzulutskov; A. Grebenuk; D. Pavlyuchenko; R. Snopkov; Y. Tikhonov;
30 Oct 2005 / Nucl.Instrum.Meth. A556 (2006) 273-280

13.

Electron emission properties of two-phase argon and argon-nitrogen avalanche detectors
A. Bondar; A. Buzulutskov; A. Grebenuk; D. Pavlyuchenko; Y. Tikhonov;
20 Aug 2009

14.

Study of infrared scintillations in gaseous and liquid argon - Part II: light yield and possible applications
A. Bondar; A. Buzulutskov; A. Dolgov; A. Grebenuk; S. Peleganchuk; V. Porosev L. Shekhtman; E. Shemyakina; A. Sokolov;
3 Apr 2012

15.

Study of infrared scintillations in gaseous and liquid argon - Part I: methodology and time measurements
A. Bondar; A. Buzulutskov; A. Dolgov; A. Grebenuk; E. Shemyakina; A. Sokolov;
1 Apr 2012

16.

On the low-temperature performances of THGEM and THGEM/G-APD multipliers in gaseous and two-phase Xe
A. Bondar; A. Buzulutskov; A. Grebenuk; E. Shemyakina; A. Sokolov; D. Akimov; I. Alexandrov; A. Breskin;
31 Mar 2011

17.

Recent results on the properties of two-phase argon avalanche detectors
A. Bondar; A. Buzulutskov; A. Grebenuk; D. Pavlyuchenko; Y. Tikhonov;
3 Jul 2008

18.

First results of the two-phase argon avalanche detector performance with CsI photocathode
A. Bondar; A. Buzulutskov; A. Grebenuk; D. Pavlyuchenko; R. Snopkov; Y. Tikhonov;
27 Feb 2007

19.

First demonstration of THGEM/GAPD-matrix optical readout in two-phase Cryogenic Avalanche Detector in Ar
A. Bondar; A. Buzulutskov; A. Dolgov; A. Grebenuk; E. Shemyakina; A. Sokolov; A. Breskin; D. Thers;
20 Mar 2013

20.

Two-phase Cryogenic Avalanche Detectors with THGEM and hybrid THGEM/GEM multipliers operated in Ar and Ar+N2
A. Bondar; A. Buzulutskov; A. Dolgov; A. Grebenuk; E. Shemyakina; A. Sokolov; D. Akimov; A. Breskin; D. Thers;
2 Oct 2012

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