Titlebook: Laser in der Produktion; 20. IPA-Arbeitstagun H. J. Warnecke (o. Professor an der Universit?t St Book 1988 Springer-Verlag Berlin Heidelber

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R.-D. Schraft,G. Hardock,M. K?nigg nuclear weapons. In the United States, experiments of that kind were started in 1945, and two years later the compressibility of uranium at pressures up to 50 GPa was first measured in Russia. For a long time thereafter work was done to refine the measured position of shock-compression curves (Hug

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H. W. Bergmann,B. Juckenath,S.-Z. Lee,E. Geissler a wide range, including solid, liquid, gas, and plasma states. If the material is chemically complicated, it is necessary to take possible chemical reactions into account. The problem of calculation of an equation of state from basic principles has not yet been solved by modern methods. This causes

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sential aspects of the behavior of multiconstituent media [2]. Particular aspects of the problem of shock-induced chemical reaction in powder mixtures makes further improvement of these models necessary. In particular, it is important to take into account not only mass and energy exchange during the

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wall-stress

S. Z. Lee,E. Geissler,H. W. Bergmann liberated, based on laboratory hyper-velocity impact studies of anhydrite [13, 14], predict ~ 1 × 10.?1 × 10. moles S were released [7]. Assuming complete oxidation of SO. to sulfuric acid, this corresponds to ~12?20 × 10. equivalents (eq) of acid. Zahnle [5] has estimated that ～ 1 × 10. moles of n

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R. Wollermann-Windgasse,M. von Borstel,J. Weick the expansion work of the reaction products. Such self-propagating shock waves are referred to as detonation waves, and media capable of supporting a detonation wave are usually highly exothermic and the reaction rates are also sufficiently fast for the shock generated to be maintained by the expan

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R.-D. Schraft,G. Hardock,M. K?nigof material behavior under extreme loading conditions, synthesis of novel materials, high pressure chemistry, etc. In 1995, as a result of work done to increase the range of pressure open to investigation, laboratory shock generators driven by high explosives were built and used in Russia to generat