N.G. BORISENKO, A.A. KOLOGRIVOV, YU.A. MERKUL`EV, M.V. OSIPOV , V.N. PUZYREV, A.T. SAHAKYAN, A.N. STARODUB, B.L. VASIN
№ 4 ABOUT HYDRODYNAMIC EFFICIENCY OF INTERACTION OF LASER RADIATION WITH MATTER
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In our paper are presented the results of the direct experiments carried out for the first time to measure the hydrodynamic efficiency of interaction of the laser radiation with matter. In these experiments we have used the ballistic pendulum method. Under the laser radiation energy of 9,4 J the hydrodynamic
efficiency of interaction of this radiation with Al target is equal to 4.3 %.
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V.I. ZHURAVLEV
№ 9 THE FAKERAT SOFTWARE IN INTERNATIONAL INTERFEROMETRIC PROJECT “RADIOASTRON” WITH VERY LONG GROUND-SPACE BASELINES
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We present the description of the FAKERAT software developed for planning
Very Long Baseline Interferometry observations from space (space-VLBI). The results
of the planned observations during the first two years after launch of the space radio
telescopy (SRT) in the ground-space interferometer modes are reported.
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L. A. BORISENKO, G. V. SKLIZKOV, O. N. ROSMEJ
№ 13 SOLID LOW-DENSITY TARGET STRUCTURE INFLUENCE ON HEAVY ION STOPPING IN PLASMA
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Heavy ion stopping effects in plasmas have already been studied for decades. In this article we discuss the specific features of low-density plastic aerogels (cellulose triacetate, CTA). Due to structural effects the energy losses of fast non-relativistic heavy ions in plastic aerogels cannot be described by already existing stopping theories. What additional characteristics should we take into account for this type of solids? Here we discuss the possible mechanisms of low-density structure influence on plasma features for ion stopping.
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A.V. BAGULYA, O.D. DALKAROV, M.A. NEGODAEV, A.S. RUSETSKII, A.P. CHUBENKO, V.G. RALCHENKO,A.P. BOLSHAKOV
№ 18 CHANNELING EFFECT IN POLYCRYSTALLINE DEUTERIUM -SATURATED CVD DIAMOND TARGET BOMBARDED
BY DEUTERIUM ION BEAM
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At the ion accelerator HELIS at the LPI, the neutron yield is investigated in DD reactions within a polycrystalline deuterium-saturated CVD diamond, during an irradiation of its surface by a deuterium ion beam with the energy less than 30 keV.
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