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MATHEMATICS
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The maximum principle for abnormal optimal control problems
E. R. Avakov
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1289–1292 |
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An abstract Carleman formula
L. A. Aizenberg, N. N. Tarkhanov
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1292–1296 |
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Approximation of classes of functions defined by means of the
modulus of continuity
V. F. Babenko
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1296–1299 |
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An inverse problem of nondestructive diagnostics of an
elastoplastic medium
A. I. Gasanov
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1299–1303 |
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Exact solution of an $n$-dimensional time-optimality problem
V. I. Korobov, G. M. Sklyar
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1304–1308 |
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Absolutely minimal surfaces and calibrations on orbits of the adjoint representation of classical Lie groups
Lê Hông Vân
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1308–1311 |
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Solvability of an integral equation of the Dirichlet problem in a
plane domain with cusps on the boundary
V. G. Maz'ya, A. A. Soloviev
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1312–1315 |
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An invariance principle for additive arithmetic functions
E. Manstavičius
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1316–1320 |
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A new polynomial algorithm for linear programming
A. S. Nemirovski
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1321–1325 |
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Embedding theorems for traces of Besov and Lizorkin–Triebel spaces
Yu. V. Netrusov
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1326–1330 |
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On a constructive method of the calculus of variations
S. I. Pokhozhaev
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1330–1333 |
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Some inverse problems of kinetic gas theory for states that are
close to equilibrium states
A. I. Prilepko, D. G. Orlovsky
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1334–1338 |
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On the orientability of spherical, topological and piecewise
linear bundles in complex $K$-theory
Yu. B. Rudyak
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1338–1341 |
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On the depth and complexity of formulas that realize functions in
closed classes
A. B. Ugol'nikov
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1341–1344 |
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The averaging method for weakly nonlinear equations
A. L. Štaras
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1345–1348 |
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GEOPHYSICS
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Estimation of clustering level of the Caucasian earthquakes
S. S. Aref'ev, N. V. Shebalin
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1349–1352 |
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On the resolving power of the harmonic expansion method in the spectral analysis
G. M. Molchan, W. I. Newman
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1352–1355 |
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On the geoeffectiveness of solar wind fluxes
A. D. Sytinskii
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1355–1357 |
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MATHEMATICAL PHYSICS
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Group analysis of equations of plane flows of an ideal fluid in
Lagrangian coordinates
V. K. Andreev, A. A. Rodionov
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1358–1361 |
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On the solutions of equations connected with physical kinetics
V. A. Galkin
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1362–1367 |
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A numerical method for the simulation of two-dimensional semiconductor structures using quasi-hydrodynamic approach
V. A. Nikolaeva, V. I. Ryzhii, B. N. Chetverushkin
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1367–1371 |
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The algebraic structure of two-dimensional stationary Navier–Stokes equations, and nonlocal uniqueness theorems
O. V. Troshkin
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1372–1376 |
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PHYSICS
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On the mechanism for defect clustering in solids
V. F. Elesin
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1377–1379 |
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On Casimir forces between solids of complex form
V. M. Mostepanenko, I. Yu. Sokolov
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1380–1383 |
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Experimental determination of thermodynamic properties of graphite near its melting point
M. A. Sheindlin, V. N. Senchenko
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1383–1386 |
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CRYSTALLOGRAPHY
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Structural features of $\mathrm{CsNO}_3$ single crystals with different radiation stability
B. A. Maksimov, L. A. Muradyan, S. V. Red'ko, V. I. Simonov
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1390–1394 |
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