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ID Title Authors PACS PDF
13-12U

Investigation of spectral features of boson spectrum of two-dimensional optical lattices with graphene-type structures. II. SF-phase

I.V. Stasyuk
O.V. Velychko
I.R. Dulepa
03.75.Hh
03.75.Lm
64.70.Tg
71.35.Lk
37.10.Jk
67.85.-d
13-11U

Investigation of spectral features of boson spectrum of two-dimensional optical lattices with the graphene type structure

I.V. Stasyuk
I.R. Dulepa
O.V. Velychko
66.30.Dn
66.10.Ed
13-10U

One-particle spectral densities and equilibrium states of one-dimensional ion conductor

R.Ya. Stetsiv
75.10.Pq
66.30.Dn
03.75.Lm
13-09E

Gas-liquid phase coexistence in binary ionic fluids with screened Coulomb interactions. The effect of an interaction range on the crossover temperature

O.V. Patsahan
05.70.Fh
64.60.De
64.60.F-
13-08U

What is the universality class of the phase transition into superconducting/superfluid state?

Yu. Holovatch
01.75.+m
05.50.+q
89.75.-k
13-07U

Integral brackets and pair-scattering functions of the kinetic theory for dense gaseous mixtures with multistep interaction

Y.A. Humenyuk
M.V. Tokarchuk
05.20.Dd
51.10.+y
05.60.Cd
05.60.-k
13-06U

Study of electronic states in highly anisotropic structures with stage ordering

I.V. Stasyuk
O.V. Velychko
03.75.Hh
03.75.Lm
64.70.Tg
13-05U

On the comparison of extensive and intensive measures of scientific group efficiency

O. Mryglod
R. Kenna
Yu. Holovatch
B. Berche
01.30.-y
02.50.-r
13-04U

An interaction of scalar particles via tachyon field

I. Zagladko
A. Duviryak
11.10.Ef
11.10.Lm
13-03E

The Ginzburg temperature of ionic fluids: the effect of Coulomb interactions

O.V. Patsahan
05.20.-y
05.70.Fh
64.60.De
64.60.F-
13-02U

On the problem of science evaluation

O. Mryglod
R. Kenna
Yu. Holovatch
B. Berche
01.30.-y
02.50.-r
13-01E

Fluid interacting with a two-Yukawa potential at a hard wall: field theory treatment

I. Kravtsiv
M. Holovko
D. di Caprio
J. Stafiej
05.20.Jj
05.70.Np
61.20.-p
68.03.-g
12-17U

The effect of hydrostatic and uniaxial pressures on phase transition and physical characteristics of KH$_2$PO$_4$ type ferroelectrics

A.S. Vdovych
R.R. Levitsky
I.R. Zachek
77.22.Ch
77.84.-s
77.80.-e
77.80.Bh
77.65.Bn
77.22.Ej
12-16U

Phase diagram and non-linear susceptibility of proton glass model with competition of random short-range and long-range interactions

S.I. Sorokov
A.S. Vdovych
R.R. Levitsky
75.10.Nr
77.22.-d
77.80.-e
77.80.Bh
12-15U

To the theory of longitudinal thermodynamic properties of KH$_2$PO$_4$ type ferroelectrics

I.R. Zachek
R.R. Levitsky
A.S. Vdovych
77.22.Ch
77.84.-s
77.80.-e
77.80.Bh
77.65.Bn
77.22.Ej
12-14U

Structural transformations of the surface and chemical oscillations

I.S. Bzovska
I.M. Mryglod
82.65.+r
82.40.Bj
12-13E

Dissipative particle dynamics study of solvent mediated transitions in pores decorated with tethered polymer brushes in the form of stripes

J.M. Ilnytskyi
S. Soko{\l}owski
T. Patsahan
62.23.St
36.20.Ey
61.20.Ja
12-12U

Ground states of an Ising model on an extended Shastry–Sutherland lattice and the 1/2-magnetization plateau in some rare-earth-metal tetraborides

Yu.I. Dublenych
75.60.Ej
05.50.+q
75.10.Hk
75.10.-b
12-11U

Boson and fermion spectrа of the Bose-Fermi-Hubbard model

I.R. Kozyarsky
T.S. Mysakovych
I.V. Stasyuk
64.75.+g
71.20.Tx
64.70.-p
12-10U

Energy spectrum and phase diagrams of two-sublattice hard-core boson model

I.V. Stasyuk
O. Vorobyov
03.75.Hh
03.75.Lm
75.10.Pq
12-09E

Quantization of almost-circular orbits in the Fokker action formalism. II. Regge trajectories

A. Duviryak
03.65.Sq
11.10.Lm
12.39.Ki
12-08E

Quantization of almost-circular orbits in the Fokker action formalism. I. General scheme

A. Duviryak
03.20
03.30.+p
11.30.Cp
12-07E

Hard-core Bose-Hubbard model beyond mean field approximation

I.V. Stasyuk
T.S. Mysakovych
03.75.Lm
05.30.Jp
12-06U

Publications of the researchers of the Institute for Condensed Matter Physics of the National Academy of Sciences of Ukraine. 2009-2011 years. Bibliographic index

01.30.Tt
12-05U

Relaxation dynamics of Rochelle salt. Taking into account of piezoelectric coupling

I.R. Zachek
R.R. Levitsky
05.60.+w
05.70.Ln
05.20.Dd
52.25.Dg
52.25.Fi
12-04U

Dielectric, piezoelectric, elastic and thermal properties of rochelle salt NaKC$_4$H$_4$O$_6$ $\cdot$ 4H$_2$O

I.R. Zachek
R.R. Levitskii
77.84.-s
64.60.Cn
77.22.-d
77.80.-e
77.80.Bh
77.65.Bn
12-03U

Dielectric properties of monoclinic RbD$_2$PO$_4$. The effect of hydrostatic pressure

R.R. Levitsky
I.R. Zachek
A.S. Vdovych
77.84.-s
64.60.Cn
77.22.-d
77.80.-e
77.80.Bh
77.65.Bn
12-02E

Superluminal neutrino phenomenon as a result of the equivalence principle violation

O.F. Batsevych
R.B. Kapustiy
04.20.Cv
13.15.+g
98.35.-a
12-01E

Bose-Fermi-Hubbard model beyond mean field approximation

T.S. Mysakovych
37.10.Jk
67.85.Pq
71.10.Fd
11-21E

Energy spectrum of pseudospin-electron model in the dynamical mean-field theory

I.V. Stasyuk
V.O. Krasnov
71.10 Fd
71.38