Author index of volume 21 (2018)
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Інститут фізики конденсованих систем НАН України
2018
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Назва видання: | Condensed Matter Physics |
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Цитувати: | Author index of volume 21 (2018) // Condensed Matter Physics. — 2018. — Т. 21, № 4. — С. 48901:3. — англ. |
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irk-123456789-1574712019-06-21T01:29:15Z Author index of volume 21 (2018) 2018 Article Author index of volume 21 (2018) // Condensed Matter Physics. — 2018. — Т. 21, № 4. — С. 48901:3. — англ. 1607-324X http://dspace.nbuv.gov.ua/handle/123456789/157471 en Condensed Matter Physics Інститут фізики конденсованих систем НАН України |
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Author index of volume 21 (2018) |
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Author index of volume 21 (2018) Condensed Matter Physics |
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Author index of volume 21 (2018) |
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Author index of volume 21 (2018) |
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author index of volume 21 (2018) |
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Інститут фізики конденсованих систем НАН України |
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citation_txt |
Author index of volume 21 (2018) // Condensed Matter Physics. — 2018. — Т. 21, № 4. — С. 48901:3. — англ. |
series |
Condensed Matter Physics |
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2025-07-14T09:53:53Z |
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2025-07-14T09:53:53Z |
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Author index of volume 21 (2018)
Avella A., see Di Ciolo A. No. 3, 33701.
Benabdellah G., see Mokhtari M. No. 4,
43705.
Benalia S., seeMokhtari M. No. 4, 43705.
Benyoussef A., see Eddahri S. No. 1, 13705.
Bhuiyan L.B., see Quiñones A.O. No. 2,
23802.
Bilenka O.B., see Zachek I.R. No. 1, 13704.
Bokun G.S., Holovko M.F. Cluster expansion
for the description of condensed state: crystalline
cell approach. No. 4, 43501.
Boyko I.V. Analytical method for calculation
of the potential profiles of nitride-based resonance
tunneling structures. No. 4, 43701.
Bryk T., see Ignatyuk V.V. No. 1, 13001.
Bzovska I.S., Mryglod I.M. Spatiotemporal
pattern formation in a three-variable CO oxidation
reaction model. No. 2, 23801.
Chandiramouli R., see Nagarajan V. No. 4,
43301.
Cruz Sanchez M., Gujt J., Sokolowski S.,
Pizio O. Effects of ion concentration and solvent
composition on the properties of water-methanol
solutions of NaCl. NPT molecular dynamics com-
puter simulation results. No. 2, 23601.
Dahmane F., seeMokhtari M. No. 4, 43705.
Derzhko O., see Hutak T. No. 3, 33705.
Devereaux T.P., see Shvaika A.M. No. 3,
33707.
di Caprio D., see Groda Ya.G. No. 4, 43002.
Di Ciolo A., Avella A. The composite opera-
tor method route to the 2D Hubbard model and the
cuprates. No. 3, 33701.
Didukh L. 3d-electrons contribution to cohe-
sive energy of 3d-metals. No. 1, 13701.
Dobush O.A., see Kozlovskii M.P. No. 4,
43502.
Dobushovskyi D.A., Shvaika A.M. Nonlocal
correlations in the optical conductivity spectra.
No. 2, 23702.
Dvornichenko A.V., Kharchenko V.O.,
Kharchenko D.O. Transitions from low-density
state towards high-density state in stochastic
bistable plasma-condensate systems. No. 4, 43001.
Eddahri S., Karimou M., Razouk A., Hon-
tinfinde F., Benyoussef A. Bethe lattice approach
study of the mixed spin- 1
2 and spin- 7
2 Ising model
in a longitudinal magnetic field. No. 1, 13705.
Freericks J.K., see Shvaika A.M. No. 3,
33707.
Freericks J.K., see Weitzman M. No. 3,
33002.
Freericks J.K., Shvaika A.M. Honorary issue
dedicated to the 80th anniversary of Professor Ihor
Stasyuk. (Foreword) No. 3, 30101.
Groda Ya.G., Vikhrenko V.S., di Caprio D.
Equilibrium properties of the lattice system with
SALR interaction potential on a square lattice:
quasi-chemical approximation versus Monte Carlo
simulation. No. 4, 43002.
Gujt J., see Cruz Sanchez M. No. 2, 23601.
Gutsul V.I., see Makhanets O.M. No. 4,
43704.
Holovatsky V.A., Yakhnevych M.Ya.,
Voitsekhivska O.M. Optical properties of
GaAs/AlxGa1−xAs/GaAs quantum dot with off-
central impurity driven by electric field. No. 1,
13703.
Holovko M.F., see Bokun G.S. No. 4, 43501.
Holovko M.F., Shmotolokha V.I. Scaled par-
ticle theory for a hard spherocylinder fluid in a
disordered porous medium: Carnahan-Starling and
Parsons-Lee corrections. No. 1, 13602.
Hontinfinde F., see Eddahri S. No. 1, 13705.
Hua B., see Sun Y. No. 1, 13702.
Hutak T., Müller P., Richter J., Krokhmal-
skii T., Derzhko O. The spin- 1
2 Heisenberg ferro-
magnet on the pyrochlore lattice: A Green’s func-
tion study. No. 3, 33705.
Ignatyuk V.V., Mryglod I.M., Bryk T. A sim-
ple ansatz for the study of velocity autocorrelation
functions in fluids at different timescales. No. 1,
13001.
Karimou M., see Eddahri S. No. 1, 13705.
Khan H., see Richter-Laskowska M. No. 3,
33602.
Kharchenko D.O., Kharchenko V.O.,
Ovcharenko Y.M., Lysenko O.B., Shuda I.A.,
48901-1
Wu L., Pan R. Phase field modelling voids nu-
cleation and growth in binary systems. No. 1,
13002.
Kharchenko D.O., see Dvornichenko A.V.
No. 4, 43001.
Kharchenko V.O., see Dvornichenko A.V.
No. 4, 43001.
Kharchenko V.O., see Kharchenko D.O.
No. 1, 13002.
Kirdin A.I., see Lytvynenko D.M. No. 3,
33601.
Kozlovskii M.P., Pylyuk I.V., Dobush O.A.
The equation of state of a cell fluid model in the
supercritical region. No. 4, 43502.
Krokhmalskii T., see Hutak T. No. 3, 33705.
Kuchak A.I., see Makhanets O.M. No. 4,
43704.
Laba H.P., Tkachuk V.M. Geometric measure
of mixing of quantum state. No. 3, 33003.
Leini W., Zhang T., Wu Z., Wei N. First-
principles study of the structural, phonon, elastic,
and thermodynamic properties of Al3Ta compound
under high pressure. No. 1, 13601.
Lemański R., Matysiak J. Two-orbital Hub-
bard model vs spin S = 1 Heisenberg model: stud-
ies on clusters. No. 3, 33301.
Levitskii R.R., see Zachek I.R. No. 1, 13704.
Levitskii R.R., see Zachek I.R. No. 3, 33702.
LoktevV.M., seePogorelovY.G. No. 3, 33704.
Lysenko O.B., see Kharchenko D.O. No. 1,
13002.
Lytvynenko D.M., Slyusarenko Yu.V.,
Kirdin A.I. On the spatially periodic ordering
in the system of electrons above the surface of
liquid helium in an external electric field. No. 3,
33601.
Ma Y., see Yang R. No. 4, 43601.
Makhanets O.M., Gutsul V.I., Kuchak A.I.
Electron energy spectrum and oscillator strengths
of quantum transitions in double quantum ring
nanostructure driven by electric field. No. 4, 43704.
Maśka M.M., see Richter-Laskowska M.
No. 3, 33602.
MatveevO.P., see ShvaikaA.M. No. 3, 33707.
Matysiak J., see Lemański R. No. 3, 33301.
Medulych M., see Yevych R. No. 2, 23001.
Mokhtari M., Dahmane F., Benabdellah G.,
Zekri L., Benalia S., Zekri N. Theoretical study
of the structural stability, electronic and magnetic
properties of XVSb (X = Fe, Ni, and Co) half-
Heusler compounds. No. 4, 43705.
Mryglod I.M., see Bzovska I.S. No. 2, 23801.
Mryglod I.M., see IgnatyukV.V. No. 1, 13001.
Mryglod O. Scientometric analysis of Con-
densed Matter Physics journal. No. 2, 22801.
Müller P., see Hutak T. No. 3, 33705.
Nagarajan V., Chandiramouli R. Switching
behaviour of stilbene molecular device: a first-
principles study. No. 4, 43301.
Ngo E., see Russier V. No. 3, 36701.
Outhwaite C.W., see Quiñones A.O. No. 2,
23802.
Ovcharenko Y.M., see Kharchenko D.O.
No. 1, 13002.
Pan R., see Kharchenko D.O. No. 1, 13002.
Pastukh O.Yu., Sakhnyuk V.E., Svidzin-
sky A.V. The effect of an external magnetic field
on the maximum current of SNINS junctions near
the critical temperature. No. 4, 43702.
Patrykiejew A. Non-additive symmetric mix-
tures at selective walls. No. 2, 23602.
Peleshchak R.M., Seneta M.Ya. The theory of
electron states on the dynamically deformed ad-
sorbed surface of a solid. No. 2, 23701.
Pizio O., see Cruz Sanchez M. No. 2, 23601.
Plakida N.M. Electronic spectrum and super-
conductivity in the t-J model on the honeycomb
lattice. No. 3, 33706.
Pogorelov Y.G., Loktev V.M. On the theory
of high-Tc superconductivity of doped cuprates.
No. 3, 33704.
Pylyuk I.V., seeKozlovskii M.P. No. 4, 43502.
Pytiuk O.Yu., see Tkach M.V. No. 4, 43703.
Quiñones A.O., Bhuiyan L.B., Outh-
waite C.W. Thermodynamics of primitive model
electrolytes in the symmetric andmodified Poisson-
Boltzmann theories. A comparative study with
Monte Carlo simulations. No. 2, 23802.
Razouk A., see Eddahri S. No. 1, 13705.
Reshetnyak V.Yu., see Yarmoshchuk Ye.S.
No. 1, 13401.
Richter J., see Hutak T. No. 3, 33705.
Richter-Laskowska M., Khan H., Trivedi N.,
Maśka M.M. A machine learning approach to the
Berezinskii-Kosterlitz-Thouless transition in clas-
sical and quantum models. No. 3, 33602.
Russier V., Ngo E. Erratum: “Ferromagnetic
order in dipolar systems with anisotropy: applica-
tion to magnetic nanoparticle supracrystals” [Con-
dens. Matter Phys., 2017, 20, No 3, 33703: 1–10,
doi:10.5488/CMP.20.33703]. No. 3, 36701.
48901-2
https://doi.org/10.5488/CMP.20.33703
Sakhnyuk V.E., see Pastukh O.Yu. No. 4,
43702.
Seneta M.Ya., see Peleshchak R.M. No. 2,
23701.
Seti Ju.O., see Tkach M.V. No. 4, 43703.
Sharapov S.G., see Shubnyi V.O. No. 3,
33703.
Shmotolokha V.I., see Holovko M.F. No. 1,
13602.
Shubnyi V.O., Sharapov S.G., Skrypnyk Y.V.
Impurity induced broadening of Drude peak in
strained graphene. No. 3, 33703.
Shuda I.A., see Kharchenko D.O. No. 1,
13002.
Shvaika A.M., Matveev O.P., Devereaux T.P.,
Freericks J.K. Interpreting pulse-shape effects in
pump-probe spectroscopies. No. 3, 33707.
Shvaika A.M., see Dobushovskyi D.A. No. 2,
23702.
Shvaika A.M., see Freericks J.K. (Foreword)
No. 3, 30101.
Skorobagatko G.A. Anomalous zero-
temperature magnetopolaronic blockade of reso-
nant electron tunneling in Majorana-resonant-level
single-electron transistor. No. 2, 23703.
Skrypnyk Y.V., see Shubnyi V.O. No. 3,
33703.
Slyusarenko Yu.V., see Lytvynenko D.M.
No. 3, 33601.
Sokolowski S., see Cruz Sanchez M. No. 2,
23601.
Stasyuk I.V., Velychko O.V. Bose-Einstein
condensation and/or modulation of “displace-
ments” in the two-state Bose-Hubbard model.
No. 2, 23002.
Sun Y., Hua B. Performance comparison of 2-
1-3, 1-3 and 1-3-2 piezoelectric composite trans-
ducers by finite element method. No. 1, 13702.
Svidzinsky A.V., see Pastukh O.Yu. No. 4,
43702.
Tkach M.V., Pytiuk O.Yu., Voit-
sekhivska O.M., Seti Ju.O. Generalized method
of Feynman-Pines diagram technique in the the-
ory of energy spectrum of two-level quasiparticle
renormalized due to multi-phonon processes at
cryogenic temperature. No. 4, 43703.
Tkachuk V.M., see Laba H.P. No. 3, 33003.
Trivedi N., see Richter-Laskowska M. No. 3,
33602.
Vdovych A.S., see Zachek I.R. No. 1, 13704.
Vdovych A.S., see Zachek I.R. No. 3, 33702.
Velychko O.V., see Stasyuk I.V. No. 2, 23002.
Vikhrenko V.S., see Groda Ya.G. No. 4,
43002.
Voitsekhivska O.M., see Holovatsky V.A.
No. 1, 13703.
Voitsekhivska O.M., see Tkach M.V. No. 4,
43703.
Vysochanskii Yu., seeYevychR. No. 2, 23001.
Vysochanskii Yu., seeYevychR. No. 3, 33001.
Wei N., see Leini W. No. 1, 13601.
Wei Q., see Yang R. No. 4, 43601.
Weitzman M., Freericks J.K. Calculating
spherical harmonics without derivatives. No. 3,
33002.
Wu L., see Kharchenko D.O. No. 1, 13002.
Wu Z., see Leini W. No. 1, 13601.
Yakhnevych M.Ya., see Holovatsky V.A.
No. 1, 13703.
Yang R., Ma Y., Wei Q., Zhang D., Zhou Y.
The structural, mechanical, electronic, optical and
thermodynamic properties of t-X3As4 (X = Si, Ge
and Sn) by first-principles calculations. No. 4,
43601.
Yarmoshchuk Ye.S., Zadorozhnii V.I.,
Reshetnyak V.Yu. Numerical modelling of light
propagation in surface plasmon resonance sensor
with liquid crystal. No. 1, 13401.
Yevych R., Medulych M., Vysochanskii Yu.
Nonlinear dynamics of ferroelectrics with three-
well local potential. No. 2, 23001.
Yevych R., Vysochanskii Yu. Description of
lattice anharmonicity observed in ferroelectrics
with unusual three-well local potential. No. 3,
33001.
Zachek I.R., Levitskii R.R., Vdovych A.S.,
Bilenka O.B. Dynamic properties of
NH3CH2COOH·H2PO3 ferroelectric. No. 1,
13704.
Zachek I.R., Levitskii R.R., VdovychA.S.De-
formation effects in glycinium phosphite ferroelec-
tric. No. 3, 33702.
Zadorozhnii V.I., see Yarmoshchuk Ye.S.
No. 1, 13401.
Zekri L., seeMokhtari M. No. 4, 43705.
Zekri N., seeMokhtari M. No. 4, 43705.
Zhang D., see Yang R. No. 4, 43601.
Zhang T., see Leini W. No. 1, 13601.
Zhou Y., see Yang R. No. 4, 43601.
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