Functions of generating operators in a Banach lattice - example of a μ-lattice von Voropaeva, G A, Dubnov, V L

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Methods for estimating the average sensitivity of explosives von Dubnov, L. V., Zhukovskii, O. L.

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Effect of powdered aluminum additives on the detonation parameters of high explosives von Grishkin, A. M., Dubnov, L. V., Davidov, V. Yu, Levshina, Yu. A., Mikhailova, T. N.

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Universal thermodynamic criterion for the effectiveness of an explosive von Davydov, V. Yu, Dubnov, L. V., Grishkin, A. M.

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Anisotropy of the shock wave field from nonspherical sources von Vershinin, V. Yu, Dubnov, L. V., Klapovskii, V. E., Mineev, V. N.

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Explosive strengthening of austenite steels von Bogdanovskaya, E. I., Dubnov, L. V., Krasikov, K. I., Shvedov, K. K.

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Channel effect mechanism in the detonation of condensed explosives von Dubnov, L. V., Khotina, L. D.

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On the nature of mechanically induced hot spots in condensed explosives von Dubnov, L. V., Sukhikh, V. A., Tomashevich, I. I.

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Effects of detonation parameters on the hardening of 1Kh18N10T steel von Bogdanovskaya, E. I., Dubnov, L. V., Medzyanovskii, . B., Shvedov, K. K.

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Parameters of the shock wave produced by exploding sheet charges at short distances von Dubnov, L. V., Pukov, V. A.

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Calculating the efficiencies of industrial explosives by means of an energy criterion von Dubnov, L. V., Kolesnichenko, I. T.

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Dissipative-asymptotic manifolds von Voropaeva, G. A., Dubnov, V. L., Maslov, V. P.

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Asymptotic Lagrangian manifolds and the complex WKB method von Voropaeva, G. A., Dubnov, V. L., Maslov, V. P.

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Transition from Combustion to Detonation of Commercial Explosives von Sokolov,A. V, Milchakov,I. V, Dubnov,L. V

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Detonation of commercial explosives detonation characteristics of zernogranulit 80/20 and granulit as 8 von Dremin, A. N., Shvedov, K. K., Baranov, E. G., Klapovskii, V. E., Dubnov, L. V., Romanov, A. I.

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Detonation of commercial explosives the detonation characteristics of Akvanit-3 and water-impregnated granulated trotyl von Dremin, A. N., Shvedov, K. K., Baranov, E. G., Klapovskii, V. E., Dubnov, L. V., Romanov, A. I.

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Deteonation of commercial explosives. The detonation characteristics of VA-4 ammonites and “Skal'nyi” ammonite No. 1. Shock wave parameters at the explosives/rock interface von Dremin, A. N., Shvedov, K. K., Krivchenko, A. L., Baranov, E. G., Klapovskii, V. E., Dubnov, L. V., Romanov, A. I.

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Detonation of commercial explosives parameters of the shock waves produced at the explosives/rock boundary by the detonation of ammonite 6ZhV charges von Dremin, A. N., Shvedov, K. K., Krivchenko, A. L., Baranov, E. G., Klapovskii, V. E., Dubnov, L. V., Romanov, A. I.

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Detonation characteristics of ammonite 6ZhV von Dremin, A. N., Shvedov, K. K., Krivchenko, A. L., Baranov, E. G., Klapovskii, V. E., Dubnov, L. V., Romanov, A. I.

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