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MATHEMATICS
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On the localization of solutions of nonlinear degenerate elliptic and parabolic equations
S. N. Antontsev
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1289–1293 |
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A generalization of Bogoljubov's “edge of the wedge” theorem
V. V. Zharinov
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1293–1297 |
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Ergodic properties of nonlinear mappings connected with models of economic dynamics
M. I. Zakharevich
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1298–1301 |
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On the choice of a metric in the space of criteria for determining an optimal machine model
I. B. Matusov, R. B. Statnikov
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1301–1304 |
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On normal oscillations of a heavy ideal liquid in a channel with elastic bottom
M. B. Orazov
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1305–1308 |
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Exponential polynomials deviating least from zero and optimal quadrature formulas
M. A. Chahkiev
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1309–1312 |
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CYBERNETICS AND THE REGULATION THEORY
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On the analytic design theory of nonlinear regulators
I. S. Ukolov, V. P. Grigor'ev, A. R. Makhlin
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1313–1315 |
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MECHANICS
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New class of asymptotic motions of a heavy rigid body with a fixed point
G. V. Gorr
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1316–1317 |
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On the role of flow modulator at the excitation of sound in pipes
A. Ya. Gokhshtein
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1318–1322 |
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FLUID MECHANICS
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Mass and heat transfer in inner-flow regions with closed streamlines at high Peclet numbers
B. I. Brounstein, V. Ya. Rivkind
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1323–1326 |
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THEORY OF ELASTICITY
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Longitudinal bending of short bars
M. Ya. Leonov, S. V. Gol'denshlyuger
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1327–1331 |
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A method for the solution of dynamical problems of linear viscoelasticity with regular hereditary kernels
F. G. Maksudov, M. H. Il'jasov
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1332–1335 |
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GEOPHYSICS
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Investigation of the decrease of natural remanent magnetization inclination in South Darvaz Paleogene sandstones
M. L. Bazhenov
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1336–1339 |
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Geomagnetic field intensity in last 400 million year
A. S. Bol'shakov, G. M. Solodovnikov
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1340–1343 |
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PHYSICS
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Automodel approximation in the theory of multiple, strongly anisotropic light scattering
L. S. Dolin
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1344–1347 |
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Thermodynamically matched equation of the fluid theory
G. A. Martynov, G. N. Sarkisov
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1348–1351 |
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CRYSTALLOGRAPHY
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Crystal structure of synthetic $\mathrm{Ga},\mathrm{Ge}$-helenite, $\mathrm{Ca}_2\mathrm{Ga}_2\mathrm{GeO}_7=
\mathrm{Ca}_2\mathrm{Ga}(\mathrm{GaGe})\mathrm{O}_7$, and its comparison with the structure of
$\mathrm{Ca}_3\mathrm{Ga}_2\mathrm{Ge}_4\mathrm{O}_{14}=
\mathrm{Ca}_3\mathrm{Ge}[(\mathrm{Ga}_2\mathrm{Ge})\mathrm{Ge}_2\mathrm{O}_{14}]$
E. L. Belokoneva, N. V. Belov
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1363–1366 |
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