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Publication
Featured researches published by A. A. Sokolov.
European Physical Journal C | 1990
SKAT-Collaboration; J. Brunner; H. J. Grabosch; H. H. Kaufmann; R. Nahnhauer; S. Nowak; S. Schlenstedt; V. Ammosov; V. I. Ermolaev; A. A. Ivanilov; P. V. Ivanov; V. I. Konyushko; V. M. Korablev; V. A. Korotkov; V. A. Krupnov; V. V. Makeev; A. G. Myagkov; A. Yu. Polyarush; A. A. Sokolov
AbstractThe cross sections of neutrino and antineutrino quasielastic reactionsn
European Physical Journal A | 1986
SKAT-Collaboration; H. J. Grabosch; H. H. Kaufmann; U. Krecker; R. Nahnhauer; S. Nowak; S. Schlenstedt; H. Vogt; E. P. Kuznetsov; V. Ammosov; D. S. Baranov; V. I. Ermolaev; A. A. Ivanilov; P. V. Ivanov; V. I. Konyushko; V. M. Korablev; V. A. Korotkov; V. A. Krupnov; V. V. Makeev; A. G. Myagkov; A. Yu. Polyarush; A. A. Sokolov
European Physical Journal C | 1984
D. S. Baranov; N. Y. Chabrov; V. A. Filipov; A. A. Ivanilov; P. V. Ivanov; V. I. Konyushko; V. M. Korablev; V. A. Korotkov; V. A. Krupnov; V. V. Makeev; A. G. Myagkov; A. Yu. Polyarush; A. A. Sokolov; E. P. Kuznetsov; H. J. Grabosch; H. H. Kaufmann; U. Krecker; R. Nahnhauer; S. Nowak; H. Vogt
vn to mu ^ - p,bar vp to mu ^ + n,bar vp to mu ^ + Lambda
European Physical Journal A | 1989
H. J. Grabosch; H. H. Kaufmann; R. Nahnhauer; S. Nowak; S. Schlenstedt; V. Ammosov; D. S. Baranov; V. I. Hleborad; A. A. Ivanilov; P. V. Ivanov; V. I. Konyushko; V. M. Korablev; V. A. Korotkov; V. V. Makeev; A. G. Myagkov; N. A. Netyaga; A. Yu. Polyarush; A. A. Sokolov
Physics Letters B | 1979
D. S. Baranov; A.P. Bugorsky; A. A. Ivanilov; V.I. Kochetkov; V. I. Konyushko; V. M. Korablev; V. A. Korotkov; V.I. Kurbakov; E. P. Kuznetsov; V. V. Makeev; A.G. Mjagkov; A.I. Mukhin; Yu.P. Nikitin; S.N. Parshikura; A.Yu. Polyarush; Yu.G. Rjabov; A.V. Samoilov; Yu.I. Smirnov; A. A. Sokolov; Yu. M. Sviridov; A.A. Volkov; G.G. Volkov
n were studied in the neutrino energy range between 3 and 30 GeV. In comparison withV-A theory axial mass parameters ofMA=(1.06±0.05±0.14) GeV/c2 from neutrino andMA=(0.71±0.10±0.20) GeV/c2 from antineutrino data were found. The total cross-section for the hyperon production process can be described byMA=1.0 GeV/c2.
European Physical Journal C | 1986
V. V. Ammosov; D. S. Baranov; V. I. Ermolaev; A. A. Ivanilov; P. V. Ivanov; V. I. Konyushko; V.M. Korabliev; V. A. Korotkov; V. A. Krupnov; V. V. Makeev; A. G. Myagkov; A. Yu. Polyarush; A. A. Sokolov; E. P. Kuznetsov; H. J. Grabosch; H. H. Kaufmann; U. Krecker; R. Nahnhauer; S. Nowak; S. Schlenstedt; H. Vogt
AbstractStudying the coherent diffractive production of pions in neutrino and antineutrino scattering off the nuclei of freon molecules we have observed for the first time in one experiment all three states of the isospin triplet of the axial part of the weak charged and neutral currents. For the corresponding cross sections we deriven
Physics Letters B | 1977
D. S. Baranov; G.G. Volkov; S.S. Gershtein; A. A. Ivanilov; V. I. Konyushko; V.M. Korabliev; V. A. Korotkov; E. P. Kuznetsov; V. V. Makeev; Yu.P. Nikitin; S.N. Parshikura; A.Yu. Polyarush; Yu.G. Rjabov; Yu.I. Smirnov; A. A. Sokolov; V.A. Yarba
Physics of Atomic Nuclei | 2002
I. V. Ajinenko; S. A. Akimenko; G. A. Akopdzhanov; K. S. Belous; G. I. Britvich; I. G. Britvich; A. P. Filin; V. N. Govorun; A. V. Inyakin; V. A. Khmelnikov; A. S. Konstantinov; V. F. Konstantinov; I. Ya. Korolkov; V. M. Leontiev; V. P. Novikov; V. F. Obraztsov; V.A. Polyakov; V. I. Romanovsky; V. M. Ronjin; V. A. Senko; N. A. Shalanda; M. M. Shapkin; V. I. Shelikhov; N. E. Smirnov; A. A. Sokolov; O. G. Tchikilev; E. V. Vlasov; O. P. Yushchenko; V. N. Bolotov; S. V. Laptev
begin{array}{*{20}c} {sigma _{coh}^v (pi ^ + ) = (106 pm 16) cdot 10^{ - 40} {{cm^2 } mathord{left/ {vphantom {{cm^2 } {leftlangle {nucl.} rightrangle }}} right. kern-nulldelimiterspace} {leftlangle {nucl.} rightrangle }}} {sigma _{coh}^{bar v} (pi ^ - ) = (113 pm 35) cdot 10^{ - 40} {{cm^2 } mathord{left/ {vphantom {{cm^2 } {leftlangle {nucl.} rightrangle }}} right. kern-nulldelimiterspace} {leftlangle {nucl.} rightrangle }}and} {sigma _{coh}^v (pi ^0 ) = (52 pm 19) cdot 10^{ - 40} {{cm^2 } mathord{left/ {vphantom {{cm^2 } {leftlangle {nucl.} rightrangle }}} right. kern-nulldelimiterspace} {leftlangle {nucl.} rightrangle }}} end{array}
European Physical Journal C | 1984
D. S. Baranov; V. I. Ermolaev; V. I. Hleborad; A. A. Ivanilov; V. I. Konyusko; V. M. Korablev; V. A. Korotkov; V. V. Makeev; A. G. Myagkov; N. I. Netyaga; A. Yu. Polyarush; A. A. Sokolov; E. P. Kuznetsov; H. J. Grabosch; H. H. Kaufmann; U. Krecker; R. Nahnhauer; S. Nowak; H. Vogt
European Physical Journal C | 1986
SKAT-Collaboration; V. Ammosov; D. S. Baranov; A. P. Bugorski; A. A. Ivanilov; P. V. Ivanov; V. I. Konyushko; V.M. Korabliev; V. A. Korotkov; V. I. Kotchetkov; V.I. Kurbakov; V. V. Makeev; A.I. Mukhin; A. G. Myagkov; A. Yu. Polyarush; Yu. M. Sviridov; A. A. Sokolov; E. P. Kuznetsov; H. J. Grabosch; H. H. Kaufmann; U. Krecker; R. Nahnhauer; S. Nowak; S. Schlenstedt; H. Vogt
n.Comparing our data with theoretical predictions based on the standard model of weak interactions we find reasonable agreement. Independently from any model of coherent pion production we determine the isovector axial vector coupling constant to be |β|=0.99±0.20.
