|
Conservation laws and invariants of differential equations in some problems relating to a nonhomogeneous medium N. S. Erokhin
|
9–17 |
|
Nonlinear interactions of ion-sound waves and helicons in a plasma A. S. Kingsep
|
18–25 |
|
Plasma flow accompanied by blowing and pumping of plasma across electrodes A. P. Shubin
|
26–34 |
|
Electrohydrodynamic flow in a two-dimensional channel with an axially disposed electrode-emitter V. I. Grabovskii
|
35–40 |
|
Theory of the temperature relaxation of an electron-ion plasma in a high-frequency electric and constant magnetic field V. P. Silin, V. T. Tihonchyuk
|
41–48 |
|
Two-dimensional steady currents in a nonlinear conducting medium I. M. Rutkevich
|
49–53 |
|
The joint laminar convection of a binary mixture near a vertical surface P. M. Brdlik, V. I. Dubovik
|
54–59 |
|
Spectral theory of concentration of disperse systems Yu. A. Buevich
|
60–71 |
|
Axisymmetric macrodispersion problems in stratified porous media A. A. Roshal'
|
72–78 |
|
Periodic dislocation motion in a relaxing medium V. I. Belyavskii, B. M. Darinskii
|
79–85 |
|
Correlation functions of internal stresses of dislocation loops V. G. Baryshnikov, T. D. Shermergor
|
86–93 |
|
Application of nonlinear hereditary strain theory to description of stress relaxation in metals, and conversion of relaxation data to creep G. S. Vorotnikov, L. Kh. Papernik
|
94–97 |
|
Collapse of a cylindrical cavity in a fluid layer under impact È. I. Andriankin, V. K. Bobolev, A. V. Dubovik
|
98–106 |
|
Effect of the pressure of shock compression on the critical shear stresses in metals S. A. Novikov, L. M. Sinitsyna
|
107–110 |
|
Effect of high pressure on pore formation B. V. Voitsekhovskii, B. I. Mikhailov
|
110–113 |
|
Compression of magnetic field in an imploding spherical cavity V. K. Bodulinskii, Yu. A. Medvedev
|
114–115 |
|
Effect of nonconducting side walls on induced end electric currents Yu. F. Kashkin
|
116–121 |
|
Viscosity of rubidium near its solidification temperature V. N. Genrikh, A. B. Kaplun
|
122–126 |
|
Ionization relaxation behind shock waves in nitrogen at speeds of 17 to 25 km/sec M. B. Zheleznyak
|
126–130 |
|
Measurement of gas concentration on wall in case of local injection of argon and helium in initial section of tube È. P. Volchkov, E. I. Sinaiko
|
131–135 |