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The induction period in exothermic decomposition reactions with energy acceleration
I. S. Zaslonko, S. M. Kogarko, E. V. Mozzhukhin
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339–344 |
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Flow of a hydrogen halide mixture Í$_2$ – Ñl$_2$ – Ar behind a detached shock wave
S. M. Gilinskii, V. P. Shkadova, T. S. Novikova
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345–351 |
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Gasdynamic processes in shock tubes during production of inversion
V. N. Kroshko, R. I. Soloukhin, N. A. Fomin
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352–362 |
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Possibility of the crystallization of condensed combustion products in nozzles
M. Yu. Reizer, V. A. Strunin, G. B. Manelis
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363–369 |
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Combustion of a graphite surface in a transverse inert gas draft
È. P. Volchkov, P. V. Nikitin
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369–375 |
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Interaction between a burning powder and an acoustic field with equilibrium chemical reactions behind the flame
Yu. A. Gostintsev, L. A. Sukhanov, P. F. Pokhil
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376–380 |
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Note on similarity relationships in the problem of the unsteady-state combustion of powders
Yu. S. Ryazantsev, V. E. Tul'skikh
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380–384 |
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Combustion of a solid fuel in a gaseous oxidizer flow
Yu. S. Kichin, S. A. Osvetimskii, N. N. Bachman
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384–387 |
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Spectroscopic investigation of supersonic heterogeneous flows with a burning condensed phase
E. G. Karpunov, L. M. Negrutsak, A. B. Ryzhik, S. I. Fraerman, Yu. A. Yurmanov
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387–391 |
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Combustion of liquid explosives in a field of inertial forces
S. K. Ordzhonikidze, A. D. Margolin, P. F. Pokhil, E. Yu. Skuridin
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391–395 |
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Comparative investigation of the combustion of 6,5,4- and 3-amines of cobalt(III) nitrate
V. V. Gorbunov, A. A. Shidlovskii, L. F. Shmagin
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395–398 |
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Buildup of catalyst on the surface of a charge during combustion
I. N. Lobanov, V. N. Chuvaev, N. N. Bachman
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398–404 |
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Concentration and combination limits of heterogeneous ignition
V. N. Bertsun, A. M. Grishin
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404–409 |
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Thermographic investigation of the thermal decomposition of dinitroxydiethylnitramine (dina) using a digital computer
Z. S. Andrianova, A. I. Vol'pert, E. P. Goncharov, A. N. Ivanova, A. G. Merzhanov, A. S. Steinberg
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409–416 |
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Decomposition of formaldehyde under adiabatic compression in the presence of oxygen
G. B. Barannik, V. S. Babkin
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416–420 |
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Study of the process of initiation of detonation of explosives by shock waves using the method of electrical conductivity
A. N. Dremin, A. N. Mikhaĭlov
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420–424 |
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Stability of “low-velocity detonation” in powdered solid explosives
K. K. Shvedov, S. A. Koldunov, A. N. Dremin
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424–428 |
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Effect of the casing of the charge on the stability of low-velocity detonation in powdered trotyl
A. V. Dubovik, A. A. Denisaev, V. K. Bobolev
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428–432 |
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The thermal wave before a shock wave front in metals
V. F. Nesterenko, A. M. Staver, B. K. Styron
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433–436 |
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Structure of shock and rarefaction waves in iron
A. V. Anan'in, A. N. Dremin, G. I. Kanel'
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437–443 |
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Work hardening of copper, nickel, and G31 alloy by compression and explosion
A. I. Zharov, M. S. Mikhalev, R. Z. Kats, V. S. Dmitrieva
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443–447 |
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Instability of the interface between colliding metals
I. V. Yakovlev
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447–452 |
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Disconnecting high-current circuits by means of explosives
P. I. Zubkov, L. A. Luk'yanchikov
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453–455 |
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Brief Communications
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Burnup of H$_2$ near the first combustion limit
V. V. Azatyan, E. N. Aleksandrov, M. S. Khachatryan
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456–457 |
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Anomalous effect of impurities on CS$_2$–O$_2$ flame laser emission
V. A. Dudkin
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458–459 |
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