|
Galerkin's perturbation method and the general theory of approximate methods for non-linear equations
G. M. Vainikko
|
723–751 |
|
|
The convergence of the method of false perturbations for calculating eigenvalues
F. Kuhnert
|
752–763 |
|
|
The structure of matrices which are the inverse of the correlation matrices of random vector processes
L. M. Kutikov
|
764–773 |
|
|
On the application of Newton's method in a singular case
V. E. Shamanskii
|
774–783 |
|
|
On the distribution of points in a cube and the approximate evaluation of integrals
I. M. Sobol'
|
784–802 |
|
|
The “sweep” method for solving difference equations
V. V. Ogneva
|
803–812 |
|
|
$P_{NI}$-equations
V. I. Lebedev
|
813–824 |
|
|
Study of the solution of the nonstationary problem of plane wave diffraction at an impedance wedge
A. F. Philippov
|
825–835 |
|
|
Asymptotic properties of the energy distribution of neutrons slowed in an infinite medium
V. B. Uvarov
|
836–851 |
|
|
An approach to the numerical solution of problems of mathematical physics
V. V. Aleksandrov, V. V. Shchennikov
|
852–858 |
|
|
Operation of Laval nozzles in undesigned modes
O. S. Ryzhov
|
859–866 |
|
|
Scientific communications
|
|
|
Certain relations for the characteristic numbers of matrices
L. S. Dashnits, M. S. Zusmanovich
|
867–869 |
|
|
A method for solving systems of nonlinear algebraic and transcendental equations
M. D. Maergoĭz
|
869–874 |
|
|
On restoring functions by the regularization method
V. A. Morozov
|
874–881 |
|
|
Minimaxes of Lebesgue functions of Lagrange interpolation with equidistant base-points
G. G. Men'shikov
|
881–885 |
|
|
Asymptotic expansion of a class of definite integrals
N. V. Slonovskii
|
885–888 |
|
|
Radon's paper on the cubature formula
I. P. Mysovskikh
|
889–891 |
|
|
Convergence of a collocation type method for ordinary differential equations
Yu. P. Jarcev
|
892–894 |
|
|
Solution of boundary value problems for Laplace's equation by the method of conformal grids
V. T. Ivanov
|
895–899 |
|
|
Use of the Runge–Kutta method for solving fredholm-type integro-differential equations
L. M. Likhtarnikov
|
899–905 |
|
|
Number of arithmetical operations necessary for the approximate solution of Fredholm integral equations of the second kind
K. V. Emel'yanov, A. M. Il'in
|
905–910 |
|
|
Methods of determining the surfaces temperature of a body
V. N. Tikhonov, V. B. Glasko
|
910–914 |
|
|
Monte-Carlo calculation of derivatives of functionals from the solution of the transfer equation according to the parameters of the system
G. A. Mikhailov
|
915–919 |
|
|
The possibility of stationary neutron distributions in a power reactor
O. B. Moskalev
|
920–923 |
|
|
Solution of boundary layer equations in the neighbourhood of the critical point
N. D. Vvedenskaya
|
924–929 |
|
|
Calculation of a boundary layer with chemical reactions along the generators of a body of revolution
B. V. Alekseev
|
929–933 |
|
|
Supersonic flow round a blunt cone, allowing for radiation
V. N. Fomin, N. P. Shulishnina
|
933–937 |
|
|
Second approximation differential equations for turbulent fluid motions
A. A. Kaspar'yants
|
937–943 |
|
|
An ALGOL-60 translator for the Minsk-1 computer
V. V. Aksenov, I. M. Popov, F. V. Pugovkin, N. A. Tabakov
|
943–946 |
|
|
Effectiveness of the method of mathematical expectations for a certain class of problems
A. I. Khisamutdinov
|
946–953 |
|
|
Evaluation of dose derivatives by the Monte Carlo method for optimizing protective screen shape and composition
M. Z. Brainina, V. L. Generozov, V. G. Kuznetsov, V. A. Sakovich
|
953–957 |
|
|
Scientific information
|
|
|
Discourse on Fourier series: C. Lanczos, Edinburgh–London, Oliver and Boyd, Ltd., 1966, VIII + 255 pp.
A. I. Shmukler
|
958–959 |
|
|
Introduction to basic FORTRAN programming and numerical methods: W. Prager, New York–Toronto–London, Blaisdell Publ. Co., 1965, XII + 203 pp.
N. N. Govorun
|
959–960 |
Contact us: