Calibration of Heat Flux Sensors Based on Anisotropic Thermoelements and Heterogeneous Metal Structures Using a Reflected Shock Wave von Popov, P. A., Monakhov, N. A., Lapushkina, T. A., Poniaev, S. A., Kurakin, R. O.

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Electromagnetic plasma rail accelerator for surface analysis and modification in solids von Tverdokhlebov, K V, Zhukov, B G, Bobashev, S V, Kurakin, R O, Shustrov, Y A, Poniaev, S A

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Hypervelocity impact of mm-size plastic projectile on thin aluminum plate von Poniaev, S.A., Kurakin, R.O., Sedov, A.I., Bobashev, S.V., Zhukov, B.G., Nechunaev, A.F.

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Peculiarities of Milligram Mass Acceleration in Electromagnetic Railguns with an External Pulsed Magnetic Field von Ponyaev, S. A., Reznikov, B. I., Kurakin, R. O., Popov, P. A., Zhukov, B. G.

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Small-size railgun of mm-size solid bodies for hypervelocity material testing von Poniaev, S.A., Bobashev, S.V., Zhukov, B.G., Kurakin, R.O., Sedov, A.I., Izotov, S.N., Kulakov, S.L., Smirnova, M.N.

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Passage of the discharge current through the plasma–electrode interface in the electromagnetic rail accelerator channel von Zhukov, B. G., Reznikov, B. I., Kurakin, R. O., Ponyaev, S. A., Bobashev, S. V.

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Prospects of use of electromagnetic railgun as plasma thruster for spacecrafts von Poniaev, S.A., Reznikov, B.I., Kurakin, R.O., Popov, P.A., Sedov, A.I., Shustrov, Y.A., Zhukov, B.G.

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Laboratory modelling of an active space experiment using railgun as a launch device von Poniaev, S.A., Kurakin, R.O., Reznikov, B.I., Rozov, S.I., Zhukov, B.G., Chernyshov, M.V.

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Observation of inertially-driven thermo-electro-dynamic mass loss from an electromagnetically accelerating armature von Drobyshevski, E M, Kurakin, R O, Rozov, S I, Zhukov, B G, Beloborodyy, M V, Latypov, V G, Pelepelin, K A

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Physics of solid armature launch transition into arc mode von Drobyshevski, E.M., Rozov, S.I., Zhukov, B.G., Kurakin, R.O., Beloborodyy, M.V., Latypov, V.G.

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Influence of clustering on the effective adiabatic exponent of a low-temperature carbon plasma von Alekseev, N. I., Reznikov, B. I., Zhukov, B. G., Bobashev, S. V., Ponyaev, S. A., Kurakin, R. O.

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The importance of three dimensions in the study of solid armature transition in railguns von Drobyshevski, E M, Kurakin, R O, Rozov, S I, Zhukov, B G, Beloborodyy, M V, Latypov, V G

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The effect of external magnetic field on plasma acceleration in electromagnetic railgun channel von Bobashev, S. V., Zhukov, B. G., Kurakin, R. O., Ponyaev, S. A., Reznikov, B. I.

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Experiments on simple railgun with the compacted plasma armature von Drobyshevski, E.M., Rozov, S.I., Zhukov, B.G., Kurakin, R.O., Sokolov, V.M.

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The effect of electrode material on the motion of a plasma piston in rail accelerators von Bobashev, S. V., Zhukov, B. G., Kurakin, R. O., Ponyaev, S. A., Reznikov, B. I.

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The effect of erosion mass capture on plasma acceleration in electromagnetic railgun accelerators von Bobashev, S. V., Reznikov, B. I., Zhukov, B. G., Kurakin, R. O., Ponyaev, S. A.

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An electromagnetic railgun accelerator: a generator of strong shock waves in channels von Bobashev, S. V., Zhukov, B. G., Kurakin, R. O., Ponyaev, S. A., Reznikov, B. I.

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Head-on collision opens 15–20 km/s opportunities von Drobyshevski, E.M., Zhukov, B.G., Sakharov, V.A., Studenkov, A.M., Kurakin, R.O.

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Intense shock waves and shock-compressed gas flows in the channels of rail accelerators von Bobashev, S. V., Zhukov, B. G., Kurakin, R. O., Ponyaev, S. A., Reznikov, B. I., Tverdokhlebov, K. V.

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Optimum Gasdynamic Conditions of Use of a Railgun Accelerator for Spraying of Various Materials on Target Surfaces von Alekseev, N. I., Tverdokhlebov, K. V., Zhukov, B. G., Kurakin, R. O., Bobashev, S. V.

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