V
V. Chernyshev
Publications - 4
Citations - 166
V. Chernyshev is an academic researcher. The author has contributed to research in topics: Proton. The author has an hindex of 2, co-authored 2 publications receiving 164 citations.
Papers
More filters
Journal ArticleDOI
ANKE, a new facility for medium energy hadron physics at COSY-Jülich
S. Barsov,Ulf Bechstedt,W Bothe,N Bongers,G. Borchert,W. Borgs,W Bräutigam,Markus Büscher,W. Cassing,V. Chernyshev,B. Chiladze,J. Dietrich,M. Drochner,S. Dymov,S. Dymov,W. Erven,R. Esser,R. Esser,A. Franzen,Ye. S. Golubeva,Detlev Gotta,T Grande,D. Grzonka,A. Hardt,M. Hartmann,V. Hejny,L.v Horn,L. Jarczyk,H. Junghans,A.K. Kacharava,A.K. Kacharava,B. Kamys,A. Khoukaz,T Kirchner,F. Klehr,W. Klein,H.R. Koch,V.I. Komarov,L Kondratyuk,V. Koptev,S. Kopyto,R Krause,P. Kravtsov,V.V. Kruglov,P. Kulessa,A.V. Kulikov,A.V. Kulikov,N Lang,N Langenhagen,A Lepges,J. Ley,R. Maier,S. Martin,G.G. Macharashvili,G.G. Macharashvili,S Merzliakov,S Merzliakov,K Meyer,S. Mikirtychiants,Hans-Helge Müller,P Munhofen,Andreas Mussgiller,M. Nekipelov,M. Nekipelov,V. Nelyubin,M. S. Nioradze,H. Ohm,A. Petrus,D. Prasuhn,B. Prietzschk,H.J Probst,K. Pysz,Frank Rathmann,B. Rimarzig,Zbigniew Rudy,R. Santo,H. Paetz gen. Schieck,R. Schleichert,A Schneider,Chr. Schneider,H. Schneider,U Schwarz,H. Seyfarth,A. Sibirtsev,U. Sieling,K. Sistemich,A Selikov,H. Stechemesser,H. J. Stein,A. Strzałkowski,K. H. Watzlawik,P. Wüstner,S Yashenko,B. Zalikhanov,N. I. Zhuravlev,K. Zwoll,I. Zychor,O.W.B. Schult,H. Ströher +98 more
TL;DR: ANKE as mentioned in this paper is a new experimental facility for the spectroscopy of products from proton-induced reactions on internal targets, which has recently been implemented in the accelerator ring of the cooler synchrotron COSY of the Forschungszentrum Julich (FZ-Julich), Germany.
Journal ArticleDOI
Plans for investigations of subthreshold K+ production in p+A collisions
O.W.B. Schult,K. Sistemich,V. Koptev,H. Müller,W. Cassing,L. Jarczyk,V.I. Komarov,A. Sibirtsev,J. Ernst,R. Santo,M. S. Nioradze,A.V. Kulikov,A. Hardt,N. Amaglobeli,M. Büscher,U. Bechstedt,W. Borgs,B. Childaze,T. Demski,S. Dienel,H. Dombrowski,S.V. Dshemuchadze,R. Eßer,A. Franzen,L. Glonti,D. Gotta,D. Grzonka,F. Hinterberger,L. von Horn,Mikhail A. Ivanov,A.K. Kacharava,B. Kamys,W. Klein,W. Klimala,H.R. Koch,M. Köhler,D. Kopyto,S. Kopyto,K.W. Leege,G.G. Macharashvili,Z. Menteshashvili,G. Müller,W. Oehme,W. Oelert,H. Ohm,B. Prietzschk,A. Puzynin,A. Petrus,B. Rimarzig,Zbigniew Rudy,R. Schleichert,Chr. Schneider,Chr. Schneidereit,H. Seyfarth,U. Sieling,J. Smyrski,H. Stechemesser,A. Strzalkowski,W. Tenten,S.V. Trusov,V. Chernyshev,K. H. Watzlawik,B.Zh. Zalykhanov,N. I. Zhuravlev,P. Zolnierczuk,K. Zwoll +65 more
TL;DR: In this paper, a sub-threshold K+ production in proton bombardment of atomic nuclei was investigated in order to study the reaction mechanism through a measurement of the double differential cross section and of K+ p and K+ d coincidences.
0 50 10 27 v 1 2 8 Ja n 20 05 a + 0 ( 980 )-resonance production in the reaction pp → dπ + η close to the KK̄ threshold
P. Fedorets,Markus Büscher,V. Chernyshev,S. Dymov,V. Yu. Grishina,C. Hanhart,M. Hartmann,V. Hejny,V. Kleber,H. Koch,L. A. Kondratyuk,V. Koptev,A. E. Kudryavtsev,P. Kulessa,S. Merzliakov,S. Mikirtychiants,M. Nekipelov,H. Ohm,R. Schleichert,H. Ströher,Vasily E. Tarasov,K. H. Watzlawik,I. Zychor +22 more
TL;DR: In this article , the authors used the same model as for the interpretation of recent results from ANKE for the reaction pp → dKK̄0, the ratio of the total cross sections is σ(pp → da + 0 → dπ η) = 0.029 ± 0.009sys , which is in agreement with branching ratios in the literature.
0 10 50 08 v 1 1 6 M ay 2 00 1 Forward K +-production in subthreshold pA collisions at 1 . 0
V. Koptev,Markus Büscher,Helmut Junghans,M. Nekipelov,K. Sistemich,H. Ströher,V. V. Abaev,H.-H. Adam,Romeo Baldauf,Sergey Barsov,Ulf Bechstedt,N Bongers,G. Borchert,W. Borgs,W Bräutigam,Wolfgang Cassing,V. Chernyshev,B. Chiladze,M. Dȩbowski,J. Dietrich,M. Drochner,S. Dymov,J. Ernst,W. Erven,R. Eßer,P. Fedorets,A. Franzen,Detlev Gotta,T. Grande,D. Grzonka,G. Hansen,M. Hartmann,V. Hejny,L.v Horn,L. Jarczyk,A.K. Kacharava,B. Kamys,A. Khoukaz,Thomas R. Kirchner,St. Kistryn,F. Klehr,H. Koch,V.I. Komarov,S. Kopyto,Robert Krause,P. Kravtsov,V. Kruglov,P. Kulessa,A. I. Kulikov,V. Kurbatov,N. Lang,N Langenhagen,A. Lehmann,A Lepges,J. Ley,Bernd Lorenz,G.G. Macharashvili,R. Maier,S. Martin,S. Merzliakov,K Meyer,S. Mikirtychiants,H. Müller,P Munhofen,Andreas Mussgiller,Vladimir Nelyubin,M. S. Nioradze,H. Ohm,A. Petrus,D. Prasuhn,B. Prietzschk,H.J Probst,D. Protic,K. Pysz,Frank Rathmann,B. Rimarzig,Zbigniew Rudy,R. Santo,H. Paetz gen. Schieck,R. Schleichert,A Schneider,C. Schneider,H. Schneider,Gerd Schug,O.W.B. Schult,H. Seyfarth,A. Sibirtsev,Jerzy Smyrski,H. Stechemesser,E. Steffens,Hubert J. Stein,A. Strzałkowski,K. H. Watzlawik,Colin Wilkin,P. Wüstner,S Yashenko,B. Zalikhanov,N. I. Zhuravlev,P. A. Żołnierczuk,K. Zwoll,I. Zychor +100 more
TL;DR: In this article , the authors proposed a method to solve the problem of nuclear power generation by using a nuclear energy model and showed that it is possible to construct a nuclear power model from a set of equations.