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The method of projections for finding the common point of convex sets
L. G. Gurin, B. T. Polyak, È. V. Raik
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1211–1228 |
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The asymptotics for small $\varepsilon$ of the solution of the equation $u_t+(\varphi(u))_{x}=\varepsilon u_{xx}$, corresponding to a rarefaction wave, in the degenerate case
N. S. Bakhvalov
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1229–1236 |
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The asymptotics of the eigenfunctions of the Laplace operator, concentrated near the boundary of a region
V. F. Lazutkin
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1237–1249 |
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The iterated $KP$-method
V. I. Lebedev
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1250–1269 |
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Solution of the Fredholm equation of the first kind in a statistical ensemble of smooth functions
V. F. Turchin
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1270–1284 |
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The diffraction of the field of dipole radiation by two spheres
E. A. Ivanov
|
1285–1297 |
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The asymptotic spectral function of the Schrödinger equation
A. A. Arsen'ev
|
1298–1319 |
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The Cauchy–Poisson problem of waves on the surface of a viscous fluid of finite depth
A. K. Nikitin, È. N. Potetyunko, B. S. Belozerov
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1320–1333 |
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A difference method for solving boundary value problems of the axially symmetric equations of unsteady filtering
A. O. Yagub-Zade
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1334–1345 |
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On the implementation of recursive procedures
V. V. Lutzikovich
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1346–1357 |
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The penalty method in linear programming and its realization on a computer
I. I. Eremin, M. A. Kostina
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1358–1366 |
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Scientific communications
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The stability of linear equations on a compactum
R. Denchev
|
1367–1370 |
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Incomplete Lipschitz–Hankel integrals
M. M. Agrest, M. M. Rikenglaz
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1370–1374 |
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Remark on the approximation of functions by polynomials
E. A. Volkov
|
1374–1375 |
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Numerical differentiation by means of Chebyshev polynomials orthonormalized on a system of equidistant points
L. P. Grabar'
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1375–1379 |
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Resonant motions in a substantially non-linear system with one degree of freedom in the critical case
L. D. Akulenko
|
1379–1385 |
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A matrix algorithm for solving linear differential equations and systems
Yu. I. Borshch
|
1385–1392 |
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The spectrum of a family of difference operators over functions on a mesh graph
V. S. Ryaben'kii
|
1392–1398 |
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The Bubnov–Galerkin method
A. V. Dzhishkariani
|
1398–1402 |
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Solution of the single-velocity neutron transport equation in a spherically symmetric medium
A. A. Shkurpelov, Yu. I. Ershov
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1402–1406 |
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A method for solving the nonstationary transport equation
Yu. E. Boyarintsev, O. P. Uznadze
|
1406–1413 |
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The wave resistance of a viscous fluid of finite depth
A. K. Nikitin, È. N. Potetyunko
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1413–1416 |
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Diffusion in a mixture of ideal gases
È. È. Shnol'
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1416–1422 |
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A diffusion problem in a two-medium system
È. M. Kartashov, G. M. Bartenev, I. V. Razumovskaya
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1423–1429 |
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Scientific information
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Numerical methods of algebra (theory and algorithms). Chislennye metody algebry (teoriya i algoritmy):
V. V. Voevodin, Moscow, Nauka, 1966 pp. 248
V. N. Kublanovskaya
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1430–1431 |
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On approximation theory: Eds. P. L. Butzer and J. Korevaar, Basel-Stuttgart, Birkhäuser, 1964, XVI+261pp.
S. A. Telyakovskii
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1431–1432 |
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Nonlinear Partial Differential Equations in Engineering (Math. Sci. and Engineering, Vol. 18): W. F. Ames, New York–London, Academic Press, 1965, XII+511 pp.
O. A. Oleinik
|
1432–1434 |
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