LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE LXII INTERNATIONAL CONFERENCE NUCLEUS 2012 FUNDAMENTAL PROBLEMS OF NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES DEDICATED TO THE MEMORY OF D.V. SKOBELTSYN BOOK OF ABSTRACTS June 25-30, 2012 Voronezh Russia SAINT-PETERSBURG 2012 RUSSIAN ACADEMY OF SCIENCES JOINT INSTITUTE FOR NUCLEAR RESEARCH VORONEZH STATE UNIVERSITY SAINT-PETERSBURG STATE UNIVERSITY LXII INTERNATIONAL CONFERENCE «NUCLEUS 2012» FUNDAMENTAL PROBLEMS OF NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES DEDICATED TO THE MEMORY OF D.V. SKOBELTSYN BOOK OF ABSTRACTS June 25 – 30, 2012 Voronezh Russia Saint-Petersburg 2012 LXII INTERNATIONAL CONFERENCE «NUCLEUS 2012». FUNDAMENTAL PROBLEMS OF NUCLEAR PHYSICS, ATOMIC POWER AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE). BOOK OF ABSTRACS. Editor A.K. Vlasnikov. The scientific program of the conference covers almost all problems in nuclear physics and its applications such as: neutron-rich nuclei, nuclei far from stability valley, giant resonances, many-phonon and many-quasiparticle states in nuclei, high-spin and super-deformed states in nuclei, synthesis of super-heavy elements, reactions with radioactive nuclear beams, heavy ions, nucleons and elementary particles, fusion and fission of nuclei, many-body problem in nuclear physics, microscopic description of collective and single-particle states in nuclei, theory of few-particles systems, non-linear nuclear dynamics, meson and quark degrees of freedom in nuclei, mesoatoms, hypernuclei and other nuclear exotic systems, double beta-decay and neutrino mass problem, interaction of nucleus with electrons of atomic shell, verification of theories of elementary particles interaction and conservation laws, physics of nucleus and particles in application to astrophysical objects, theory of direct and statistical nuclear reactions, theory of multiple scattering, theory of reactions with clusters and heavy ions, theory of relativistic nuclear collisions, theory of polarization phenomenon in nuclear reactions, theories of proton, two-protons and cluster radioactivity and fission of nuclei, instruments and methods of nuclear-physical experiment, analysis of measurements, accelerators, radio-ecology, application of nuclear-physical experimental methods to astrophysics, medicine and other fields of research, fundamental problems of nuclear power and nuclear technologies, experience and problems of qualitative training of Russian and foreign specialists in field of nuclear physics, atomic power engineering and nuclear technologies. IBSN 978-5-98340-283-6 ORGANIZING COMMITTEE S. Kadmensky chairman Voronezh State University K. Gridnev co-chairman St.Petersburg State University N. Zelenskaya co-chairman Moscow State University V. Popov co-chairman Voronezh State University A. Vlasnikov co-chairman St.Petersburg State University V. Vakhtel vice-chairman Voronezh State University L. Titova scientific secretary Voronezh State University CONTENTS N.S. Zelenskaya. Dmitry Vladimirovich Skobeltsyn (on the 120-th anniversary of his birth). 5 Conference Program 6 Plenary and Semiplenary Sessions 28 Section 1. Experimental Investigations of Atomic Nucleus Properties 66 Section 2. Experimental Investigations of Nuclear Reactions Mechanisms 86 Section 3. Theory of Atomic Nucleus and Fundamental Interactions 137 Section 4. Nuclear Reactions Theory 179 Section 5. Technique and Methods of Experiment and Applications of Nuclear-Physical Methods 213 Section 6. Fundamental Problems of Nuclear Power and Nuclear Technologies 258 Section 7. Experience and Problems of Qualitative Training of Russian and Foreign Specialists in Field of Nuclear Physics, Atomic Power Engineering and Nuclear Technologies 258 Author Index 270 DMITRY VLADIMIROVICH SKOBELTSYN (on the 120-th anniversary of his birth) N.S. Zelenskaya Academician Dmitry Vladimirovich Skobeltsyn is an outstanding physicist of the twentieth century, the patriarch of Russian nuclear physics, the creator of a large school on nuclear physics, elementary particles, cosmic rays and the largest organizer of science. D.V. Skobeltsyn name is associated with many important milestones in the history of physics. D.V. Skobeltsyn developed a new method for studying the interaction of gamma rays with matter, which is based on the use of Wilson chamber. He carried out the first reliable test for the existence of the momentum of photon. He obtained the first rigorous result in the quantum electrody-namics, namely confirmation of the theory of the Klein– Nishina–Tamm. Investigating Compton effect with Wilson chamber in a magnetic field, D.V Skobeltsyn discovered particles with energies much higher than the energy of the gamma-ray from the radiation source. He interpreted these particles as a cosmic radiation. D.V. Skobeltsyn elucidated the nature of cosmic rays, by showing that cosmic rays consist mainly of high energy charged particles. In addition he found that the cosmic-ray particles with high energies appear as genetically jointed groups. In fact, it was the first observation of multiple avalanche processes. In the present the scientific works of D.V. Skobeltsyn are considered as fundamental in modern high energy physics and the make up of its gold fund. In 1952, D.V. Skobeltsyn organized the first All-Union Conference on Nuclear Spectroscopy, held in the conference hall of the Presidium of the USSR Academy of Sciences. On the third meeting it was established a permanent organizing committee (the first Chairman – B.S. Dzhelepov). These meetings have the status of International conferences and held annually till now. In the 1946–1960 years D.V. Skobeltsyn became a director of the Institute of Nuclear Physics Moscow State University created by him. Since 1993 the Institute bears his name. In the 1951–1973 years D.V. Skobeltsyn was the director of the Lebedev Institute (FIAN). He was one of the organizers and active members of the Pugwash movement of scientists for peace. D.V. Skobeltsyn was awarded the title Hero of Socialist Labor, Laureate of Lenin and State prizes, and awarded many orders and medals, including Gold Medal of the S.I. Vavilov, the medal of the World Peace Council, the D.I. Mendeleev premium of Academy of Sciences of USSR, etc. 5 CONFERENCE PROGRAM June 25, Monday, 10:00 Plenary session I Page N.S. Zelenskaya. Dmitry Vladimirovich Skobeltsyn (on the 120-th anniversary of his birth). - 30 min. 5 Yu.Ts. Oganessian. Synthesis of new elements – present and future. - 30 min. — Yu.E. Penionzhkevich. Super-neutron-rich nuclei of light elements. Results and perspectives. - 30 min. 28 G.M. Gurevich. Measurement of spin polarisabilities of the nucleon. - 30 min. 29 V.A. Karnaukhov. Properties of hot nuclei produced in collisions of light relativistic ions with heavy target. – 30 min. 30 V.I. Kukulin. Short-range components of nuclear forces: experiment vs. mythology. - 30 min. 31 A.I. Vdovin. Inelastic neutrino-nucleus scattering in hot and dense stellar environment. - 30 min. 32 June 25, Monday, 15:30 Section II Experimental Investigations of Nuclear Reactions Mechanisms N.I. Vogel. Laser-induced nuclear reactions and target radioactivity with modest laser pulse energy of ~ 200 mJ. – 15 min. 86 Page V.V. Varlamov. Partial photoneutron reaction cross sections on 115In and neutron multiplicity sorting. – 15 min. 87 6 Joint talk: The cross-sections of (γ, n) reactions for 120Te and 122Te isotopes in the E1-giant resonance energy region. 88 Investigation of isomeric yields ratios in (γ, n) reactions on 127Te nucleus for the 10-20 MeV energies. 89 Reporter D.M. Symochko – 15 min. Joint talk: Threshold dependence of the nucleon–emission yields in reactions induced by photons. 90 Peculiar behavior of the yields for different reactions induced by photons. 91 Reactions with isomers as a probe of the level density at intermediate spins and energies. 92 Reporter S.A. Karamian – 15 min. D.A. Gorelov. Experimental study of fission products yield distributions with JYFLTRAP. – 15 min. 93 V.А. Zheltonozhsky. Isomeric ratios in 233U and 241Am photofission fragments. – 15 min. 94 A.A. Kuznetsov. Mass distribution of 238U photofission products. – 15 min. 95 Yu.N. Koblik. Energy characteristics of fissionable nucleus in scission point for different fission modes. – 15 min. 96 G.V. Sinev. Correlation femtoscopy of kaons in the SELEX experiment. – 15 min. 97 A.V. Voinov. Level density problem in nuclear reaction codes. Calculations versus experiment. – 15 min. 98 June 25, Monday, 15:30 Section III Theory of Atomic Nucleus and Fundamental Interactions V.A. Kulikov. Light nuclei with JISP-type NN interaction and with other modern strong interaction models. – 15 min. 137 7 O.A. Rubtsova. New treatment of the few-body breakup. – 15 min. 138 Page N.N. Arsenyev. Description of properties of quadrupole states in 94Mo with Skyrme interaction. – 15 min. 139 Joint talk: Investigation of super deformation manifestations in nuclei with extreme neutron excess. 140 The peninsula of neutron stability of nuclei in the neighborhood of neutron magic number N = 126. 141 Reporter K.A. Gridnev – 15 min. Y. Martinez Palenzuela. Calculation of nuclear ground states properties within the statistical learning framework. – 15 min. 142 A.P. Severyukhin. Effects of tensor interaction on Gamow-Teller states in 118,120Sn. – 15 min. 143 Iu.A. Skorodumina. Spin and orbital nuclear currents’ interference in the electroexcitation of 1f2p-shell nuclei. – 15 min. 144 A.I.