Determination of the detonation parameters of condensed explosives V. A. VeretennikovA. N. DreminK. K. Shvedov OriginalPaper Pages: 1 - 5
Chain-thermal auto-ignition in H2−Cl2 mixtures A. A. BorisovS. M. KogarkoG. I. Skachkov OriginalPaper Pages: 6 - 10
Hydrodynamic solutions for one-dimensional perturbations of an unstable detonation wave L. A. Il'kaevaN. A. Popov OriginalPaper Pages: 11 - 14
Conditions for ignition of the pore walls in the burning of a porous charge A. D. MargolinS. V. Chuiko OriginalPaper Pages: 15 - 19
Laws of thermal explosion A. G. StruninaV. T. GontkovskayaA. G. Merzhanov BriefCommunication Pages: 20 - 22
Average burning rate of a powder with harmonically varying pressure B. V. Novozhilov BriefCommunication Pages: 23 - 24
Shock initiation of an explosion. II. Critical energy M. Ya. Vasil'ev BriefCommunication Pages: 25 - 27
Problem of determining the general form of the relation between detonation velocity and charge radius G. G. Rempel OriginalPaper Pages: 28 - 31
Variation of the impulse transmitted to the surface of a barrier in the vicinity of an explosive charge E. P. Shubin OriginalPaper Pages: 32 - 36
Cellular flame structure under conditions of a constant-volume bomb and its relationship with vibratory combustion V. P. Karpov OriginalPaper Pages: 39 - 42
Interaction of a shock wave in a plastic medium with a moving barrier taking into account the free surface effect G. M. LyakhovR. A. OsadchenkoN. I. Polyakova OriginalPaper Pages: 47 - 51
Investigation of the reaction time for liquid explosives detonated by the electromagnetic method A. N. DreminO. K. RozanovI. G. Koba Brief Communications Pages: 52 - 56