Saint-petersburg state university russian academy of sciences joint institute for nuclear research

 
1 
SAINT-PETERSBURG  STATE  UNIVERSITY 
RUSSIAN  ACADEMY  OF  SCIENCES 
JOINT  INSTITUTE  FOR  NUCLEAR  RESEARCH 
PETERSBURG  NUCLEAR  PHYSICS  INSTITUTE 
NRC  «KURCHATOV  INSTITUTE» 
 
 
 
 
  
LXV  INTERNATIONAL  CONFERENCE 
 
«NUCLEUS 2015» 
 
 
NEW  HORIZONS  IN  NUCLEAR   PHYSICS,  
NUCLEAR  ENGINEERING, 
FEMTO-  AND  NANOTECHNOLOGIES 
 
 
DEDICATED  TO  60
th
  ANNIVERSARY 
OF THE JOINT INSTITUTE FOR NUCLEAR 
RESEARCH 
 
 
BOOK  OF  ABSTRACTS 
June  29 – July  3,  2015 
Saint-Petersburg 
Russia 
 
 
 
 
 
 
Saint-Petersburg 
2015 
 

 
2 
LXV  INTERNATIONAL  CONFERENCE  «NUCLEUS 2015».  NEW 
HORIZONS  IN  NUCLEAR  PHYSICS,  NUCLEAR  ENGINEERING, 
FEMTO– 
AND 
NANOTECHNOLOGIES 
(LXV 
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,  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, application of the theory of few-particle systems to nuclear and atomic 
physics  (application  of  Faddeev  and  Faddeev-Yakubovsky  equations, 
application of hyperspherical and adiabatic hyperspherical methods, application 
of  asymptotic  methods  for  investigation  of  few-particle  wave  functions 
asymptotics, three-body Coulomb problem, few-particle systems on the lattice, 
few-particle systems with reduced dimensionality), 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. 
 
 
 
Supported  by  the  Russian  Foundation  for  Basic  Research  and  the  Dynasty 
Foundation 
 
 
 
 
 
 
ISBN  
 

 
3 
ORGANIZING  COMMITTEE 
 
 
M. Kovalchuk 
Chairman 
Kurchatov Istitute  Moscow, Russia 
V. Aksenov 
Co-Chairman 
PNPI 
Gatchina, Russia 
K. Gridnev 
Co-Chairman 
SPbSU 
St. Petersburg, Russia 
A. Vlasnikov 
Co-Chairman 
SPbSU 
St. Petersburg, Russia 
N. Zelenskaya 
Vice-Chairman 
MSU 
Moscow, Russia 
 
S. Abramovich (Sarov), N. Aseeva (St.Petersburg), L. Blokhintsev (Moscow), 
V. Bunakov (Gatchina), S. Fadeev (St.Petersburg), P. Filianin (St.Petersburg), 
B. Ishkhanov (Moscow), M. Itkis (Dubna), V. Kalinnikov (Dubna), 
L. Krasnov (St.Petersburg), N. Lyutorovich (St.Petersburg), 
N. Maltsev (St.Petersburg), V. Mikhajlov (St.Petersburg), 
Yu. Novikov (Gatchina), Yu. Oganessian (Dubna), A. Pasternak (St.Petersburg), 
Yu. Penionzhkevich (Dubna), A. Rimskij-Korsakov (St.Petersburg), 
V. Sergeev (St.Petersburg), S. Torilov (St.Petersburg), 
V. Tselyaev (St.Petersburg), M. Urin (Moscow), F. Valiev (St.Petersburg), 
L. Vinogradov (St.Petersburg), V. Voronov (Dubna), 
V. Zherebchevsky (St.Petersburg)  
 
 
INTERNATIONAL  ADVISORY  COMMITTEE 
 
 
S. Belyaev (Moscow),
 
N. Burtebaev (Almaty),
A. Duisebaev (Almaty),
W. Greiner (Frankfurt),
 
K. Kuterbekov (Astana),
V. Matveev (Dubna),
J. Hamilton (Vanderbilt),
 
S. Hofmann (Darmstadt), W. von Oertzen (Berlin),
J. Vaagen (Bergen),
 
X. Vinas (Barcelona),
M. Zhukov (Goeteborg)
 

 
4 
CONTENTS 
 
 
In Memory of Konstantin Aleksandrovich Gridnev 
5
 
Conference Program 
6
 
Plenary and Semiplenary Sessions 
31
 
Section I. Experimental Investigations of Atomic Nucleus Properties 
63
 
Section II. Experimental Investigations of Nuclear Reactions Mechanisms 
84
 
Section III. The Theory of Atomic Nucleus and Fundamental Interactions 
133
 
Section IV. Nuclear Reactions Theory 
176
 
Section V. Application of the Theory of Few-Particle Systems to Nuclear 
and Atomic Physics 
230
 
Section VI. Nuclear Physics Experimental Technique and its Applications 
250
 
Author Index 
314
 
 
 
 
 

 
5 
IN MEMORY 
OF KONSTANTIN ALEKSANDROVICH GRIDNEV 
(08.02.1938—10.06.2015) 
 
Bunakov V.E., Krasnov L.V., Vlasnikov A.K. 
St. Petersburg State University, Russia 
E-mail: [e-mail] 
 
 
 On June 10, 2015 Konstantin Aleksandrovich 
Gridnev  had  passed  away.  He  was  a  prominent 
scientist, 
an 
outstanding 
organizer 
of 
International  Conferences  on  Nuclear  Physics 
and  Nuclear  Structure,  Professor,  Doctor  of 
Science.  All  his  active  life  was  connected  with 
the  physical  faculty  of  Saint-Petersburg  State 
University, where he advanced from a student to 
the  department  head.  K.A. Gridnev  always 
endevoureded  to  develop  the  most  promising 
research  areas  in  nuclear  physics.  While  still  a 
post-graduate  student,  he  understood  the 
opportunities  provided  by  the  newborn 
computers  and  developed  the  program  packages 
for  calculations  of  direct  nuclear  processes. 
These  programs  were  widely  used  in  the  major  nuclear  physics  centers.  Later 
K.A. Gridnev  focused  on  theoretical  studies  of  nuclear  structure  and  nuclear 
reaction mechanisms. He got a lot of new interesting results, among which one 
might  mention  investigation  of  transfer  reactions  to  unbound  states  in  nuclei, 
application  of  the  nonlinear  Schrödinger  equation  to  nuclear  physics. 
Konstantin Aleksandrovich  made  a  great  contribution  to  the  studies of neutron 
drip line, Bose condensation and clustering processes in atomic nuclei. He was 
the author of more than 150 publications. These works were highly appreciated 
by scientific community and are often cited in the literature. 
For more than 25 years Konstantin Aleksandrovich headed the Department of 
nuclear  physics.  During  this  time  he  prepared  5  Doctors  of  Science  and 
37 PhD’s. His lectures were attended by students and professionals in more than 
10 countries. 
Konstantin Aleksandrovich has played an important role in the development 
of  scientific  relations  between  Russia  and  international  nuclear  centers  in  the 
United States, Germany, Italy, Spain, Japan and other countries. For many years 
he  represented  Russia  in  the  Board  of  the  Nuclear  Physics  Division  of  the 
European  Physical  Society,  was  a  member  of  the  editorial  boards  of  several 
international  journals.  His  friends,  colleagues  and  students  will  always 
remember him. 
 
 

 
6 
CONFERENCE PROGRAM 
 
June 29, Monday, 15:00 
Plenary Session I 
 
 
 
Page
 
 
Kovalchuk M.V. 
Conference opening talk. - 30 min.  
–
 
Kamerdzhiev S.P. 
On microscopic theory of radiative nuclear reaction 
characteristics. - 30 min.  
31
 
Bunakov V.E. 
Quantum chaos in nuclear physics. - 30 min. 
32
 
Feofilov G.A. 
Centrality and multiparticle production in ultrarelativistic nuclear 
collisions. - 30 min. 
33
June 30, Tuesday, 10:00 
Plenary Session II 
Aksenov V.L. 
Russia neutron landscape.  - 30 min. 
–
 
Penionzhkevich Yu.E. 
Exotism of nuclei. - 30 min. 
34
 
Korenkov V.V. 
Distributed computing and Big Data at JINR. - 30 min. 
35
 
Kamanin D.V. 
Searching for new kind fission isomers in actinide nuclei.  - 30 min. 
36
 
Joint talk: 
Double-neutron capture reaction and natural abundance of 
183
W, 
195
Pt,  
and 
199
Hg isotopes. 
37
Measurements of the 
195m
Pt isomer yield in irradiations of 
193
Ir targets  
with neutron flux. 
38
Controversies on cold fusion. 
39
Reporter Karamian S.A. - 30 min. 

 
7 
Egorov V.G. 
DANSS – detector of the reactor antineutrino based on solid 
scintillator.  - 30 min. 
40
 
June 30, Tuesday, 15:30 
Plenary Session III 
 
Khlebnikov S.V. 
On the 75th anniversary of the discovery of spontaneous fission. - 30 min. 
–
 
Wong Cheuk-Yin. 
Annihilation of antinucleons with nucleons and nuclei.  - 30 min. 
41
 
Manzari V. 
The new inner tracking system of the ALICE experiment: physics, design 
and performance.  - 30 min. 
42
 
Ogloblin A.A. 
Nuclear size isomers. - 30 min. 
43
 
Kadmensky S.G. 
The asymmetries with various P- and T-parity in the angular distributions 
of the products of binary and ternary fission of oriented nuclei by cold 
polarized neutrons and T-invariance. - 30 min. 
44
 
Goldberg V.Z. 
Mystery of 
9
He, exotic neutron rich light nuclei, and a way to study these 
through their isobar analog states.  - 30 min. 
45
 
July 1, Wednesday, 9:00 
Semiplenary Session I 
 
Tchuvil’sky Yu.M. 
Quantitative charactristics of clustering in modern microscopic nuclear 
models. - 20 min. 
46
 
Gontchar I.I. 
Systematic comparison of heavy-ion fusion barriers calculated within the 
framework of the double folding model using two versions of nucleon-
nucleon interaction. - 20 min. 
47
 
Rubchenya V.A.  
Prompt neutron characteristics in the spontaneous fission of heavy  
and superheavy nuclei. - 20 min. 
48

 
8 
Gridnev K.A. et al. 
Properties of nuclei for wide range of Z in the neighborhood of neutron 
and proton drip lines. - 20 min. 
49
 
Severyukhin A.P. 
Structure of 2
+
1,2
 states in 
132,134,136
Te. - 20 min. 
50
 
Volya A. 
Features of the nuclear many-body dynamics: from pairing 
to clustering. - 20 min. 
51
 
Artemenkov D.A.  
Clustering features of light neutron-deficient nuclei in nuclear 
fragmentation. - 20 min. 
52
 
July 1, Wednesday, 9:00 
Semiplenary Session II 
 
Chernyshev B.A. 
Search for light neutron-rich isotopes in stopped pion absorption. - 20 min. 
53
 
Gurevich G.M. 
First measurement of the proton spin polarizabilities. - 20 min. 
54
 
Skobelev N.K. 
Influence of nuclear reaction mechanisms on population of exсited nuclear 
states and isomeric ratios. - 20 min. 
55
 
Varlamov V.V. 
Data for photoneutron reactions from various experiments. - 20 min. 
56
 
Lyashuk V.I. 
Intensive hard neutrino source on the base of lithium. Variants of creation 
and accelerator conception. - 20 min.   
57
 
Ryzhkov S.V. 
Combined schemes of the magneto-inertia confinement of high 
temperature plasma. - 20 min.   
58
July 1, Wednesday, 14:00 
Section I 
Experimental Investigations of Atomic Nucleus Properties 
 
Novatsky B.G. 
Search for nuclear stable multineutrons in the ternary fission of 
232
Th 
induced by accelarated α-particles. - 15 min. 
63

 
9 
Izosimov I.N. 
Isobar analogue states (IAS), double isobar analogue states (DIAS), 
configuration states (CS), and double configuration states (DCS) in halo 
nuclei. Halo isomers. - 15 min. 
64
 
Danilov A.N. 
Search for cluster rotational bands in 
11
B. - 15 min. 
65
 
Demyanova A.S. 
Search for states with abnormal radii in 
13
C. - 15 min. 
66
 
Korotkova L.Yu. 
Search for rare cluster configurations in the nucleus 
14
C in the reaction 
14
С(


,pd)X. - 15 min. 
67
 
Dyachkov V.V. 
The study of the phenomenon of "dissolution" of alpha-clusters  
and the formation of the mean field in the transition from light to medium 
nuclei. - 15 min. 
68
 
Joint talk: 
Evolution of N = 40 neutron subshell at 20 
 Z  30 within the dispersive 
optical model. 
69
Neutron single-particle structure of Mo isotopes within the dispersive 
optical model. 
70
Reporter Klimochkina A.A. - 15 min. 
 
Govor L.I. 
Investigation of 
164
Dy in (n, n’γ) reaction. - 15 min. 
71
 
July 1, Wednesday, 14:00 
Section II 
Experimental Investigations of Nuclear Reactions Mechanisms 
 
Sobolev Yu.G. 
Modern methods of total reaction cross section studies, features, results 
and perspectives. - 20 min. 
84
 
Bystritskii V.M. 
Study of the pd- and dd-reaction mechanisms in the deuterides of metals 
in astrophysical energy region. - 15 min. 
85
 
Zelenskaya N.S. 
Angular correlations in 
27
Al(p,

1
)
24
Mg reaction  
at E
p
 = 7.4 MeV. - 15 min. 
86

 
10 
Joint talk: 
Double differential and integral cross-sections of (p,xp) and (p,x
) 
reactions on Co nuclei at E
p
 = 30 MeV. 
87
Spectra of light particlies from interaction of 50.5 MeV 
3
He ions with 
27
Al.
88
Reporter Zholdybayev T.K. - 15 min. 
 
Jakovlev V.A. 
Analysis of neptunium and plutonium tracer cross sections in the p  
and 
3
He induced reactions. - 15 min. 
89
 
Konobeevski E. 
The use of d(d,n)
3
He reaction as a tool for neutron detectors 
examination. - 15 min. 
90
 
Mordovskoy M.V. 
Setup for studying pp-correlation effects in d + 
2
H→(nn)+(pp)  
and 
3
He+
2
H→
3
H+(pp) reactions. - 15 min. 
91
 
Dudkin G.N. 
Study of the d(
4
He,γ)
6
Li reaction at ultralow collision  
energy region. - 15 min. 
92
 
Sakuta S.B. 
Elastic and inelastic scattering of deuterons on 
7
Li nuclei at 25 MeV 
energy and mechanism of the 
7
Li(d,t)
6
Li reaction.- 15 min. 
93
 
Mukhamejanov Y. 
Elastic and inelastic scattering of deuterons from 
11
B nuclei. - 15 min. 
94
July 1, Wednesday, 14:00 
Section III 
Theory of Atomic Nucleus and Fundamental Interactions 
Ganev H.G. 
Contraction limits of the proton-neutron symplectic model. - 15 min. 
133
 
Gridnev K.A. et al. 
Green’s function method in the theory of nuclear matter and atomic 
nuclei. - 15 min. 
134
 
Joint talk: 
Collective states of nuclear in the nucleon pair approximation  
and generalized seniority. 
135
Nuclear shape phase transition at the nucleon state and bozon mapping 
approach. 
136
Reporter Baktybayev K. - 15 min. 

 
11 
Efimov A.D. 
Combining RPA with IBM in 
114
Xe. - 15 min. 
137
 
Lunyov A.V., Mikhajlov V.M., Vlasnikov A.K. 
Exact and approximate solutions to the effective BCS Hamiltonian for 
124
Te. - 15 min. 
138
 
Okhunov A.A. 
Magnetic characteristics of the Yb isotopes. - 15 min. 
139
 
Martyanov D.S. 
Nuclear Hamiltonian parameters for even-even actinides  
in soft-rotator model. - 15 min 
140
 
Malov L.A. 
Energy spectra of low-lying states in even-odd nuclei with  
Z= 96 -108. - 15 min. 
141
 
Arsenyev N.N. 
The 2p-2h study of low-energy dipole states in neutron-rich N = 80, 82 and 
84 isotones. - 15 min. 
142
 
Tselyaev V. 
Local-exchange approximation for the velocity-dependent terms of the 
Skyrme interaction. - 15 min. 
143
 
Tretyakova T.Yu. 
The peculiarities of E1 resonances in 
28
Si and 
30
Si nuclei.- 15 min. 
144
 
Gorelik M.L. 
Unitarity of the particle-hole dispersive optical model. - 15 min. 
145
 
July 1, Wednesday, 14:00 
Section IV 
Nuclear Reactions Theory 
 
Shebeko A.V.
 
Relativistic interactions in meson-nucleon systems: applications  
in the theory of nuclear reactions. - 15 min. 
176
 
Golovanova N.F. 
Investigation of two spin states relativistic amplitude’s role in description 
of elastic p-p scattering data in energy range 2–7000 GeV in mathematical 
eikonal method. - 15 min. 
177

 
12 
Krassovitskiy P.M. 
Elastic protons scattering on 
9,10
В isotopes at intermedium energy within 
the diffraction theory.- 15 min. 
178
 
Joint talk: 
Isospin and angular dependencies of spin-transfer probabilities D
ls
  
in unnatural-parity 
)
(p,p
 
reactions at intermediate energies. 
179
Transverse- and longitudinal- spin-transfer probabilities  
for unnatural-parity 
)
(p,p
 
 reactions at intermediate energies. 
180
Unnatural-parity 
)
(p,p
 
reactions in a factorized impulse-approximation 
model for polarization transfer (PT) and spin responses. 
182
Reporter Plavko A.V. - 15 min. 
 
Temerbayev A.A. 
Test of time-reversal invariance in a double-polarized  
pd-scattering. - 15 min. 
184
 
Afanasyeva N.V. 
Photonucleon channels of 
7
Li, 
7
Be nuclei at ultralow astrophysical 
energies.- 15 min. 
185
 
Ibraeva E.T. 
Comparison of 
-mesons and protons scattering on 
6,8
Не isotopes within 
the Glauber theory. - 15 min. 
186