A. Yu. Polyarush
Russian Academy of Sciences
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Publication
Featured researches published by A. Yu. Polyarush.
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 reactions
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
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
vn \to \mu ^ - p,\bar vp \to \mu ^ + n,\bar vp \to \mu ^ + \Lambda
Physics Letters B | 2011
V. A. Duk; A. P. Filin; V. A. Uvarov; O. G. Tchikilev; V. I. Romanovsky; O. P. Yushchenko; O.V. Stenyakin; A. V. Inyakin; S.A. Kholodenko; V. P. Novikov; G. I. Britvich; A. Yu. Polyarush; V. F. Obraztsov; V.A. Polyakov; A. A. Khudyakov; V. A. Lebedev; V. M. Leontiev; A. I. Makarov; V. N. Bolotov; S. A. Akimenko
Physics Letters B | 2012
V. A. Duk; V. N. Bolotov; A. A. Khudyakov; V. A. Lebedev; A. I. Makarov; V. P. Novikov; A. Yu. Polyarush; S. A. Akimenko; G. I. Britvich; A. P. Filin; A. V. Inyakin; S.A. Kholodenko; V. M. Leontiev; V. F. Obraztsov; V.A. Polyakov; V. I. Romanovsky; O.V. Stenyakin; O. G. Tchikilev; V. A. Uvarov; O. P. Yushchenko
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.
Physics of Atomic Nuclei | 2003
I. V. Ajinenko; S. A. Akimenko; G. I. Britvich; I. G. Britvich; K. V. Datsko; A. P. Filin; A. V. Inyakin; 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. I. Shelikhov; N. E. Smirnov; M. M. Soldatov; O. G. Tchikilev; E. Usenko; M. V. Vasiliev; E. V. Vlasov; V. I. Yakimchuk; O. P. Yushchenko; V. N. Bolotov; S. V. Laptev; V. A. Lebedev; A. R. Pastsjak; A. Yu. Polyarush; R. Kh. Sirodeev
AbstractWe present data on the multiplicity structure of inclusive charged hadron production in charged current neutrino and antineutrino freon interactions in the energy range 3–30 GeV resulting from an experiment with the bubble chamber SKAT. Average multiplicities, dispersions and correlation coefficients are investigated. Furthermore, KNO-scaling is studied and average net charges are calculated in different kinematical regions. Our data are compared with results from
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
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
\begin{array}{*{20}c} {( - )} \\ v \\ \end{array}
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
Physics of Atomic Nuclei | 2007
O. G. Tchikilev; S. A. Akimenko; G. I. Britvich; K. V. Datsko; A. P. Filin; A. V. Inyakin; V. A. Khmelnikov; A. S. Konstantinov; I. Ya. Korolkov; V. M. Leontiev; V. P. Novikov; V. F. Obraztsov; V.A. Polyakov; V. I. Romanovsky; V. I. Shelikhov; V. A. Uvarov; O. P. Yushchenko; V. N. Bolotov; S. V. Laptev; V. A. Duk; A. Yu. Polyarush
-interactions on an isoscalar target of “free” nucleons to study the influence of nuclear effects.
