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Results: 1-14 |
Results: 14
Properties of a catalytically active pulsed microwave discharge at atmospheric pressure
Authors: Rusanov, VD Babaritskii, AI Bibikov, MB Gerasimov, EN Zhivotov, VK Knizhnik, AA Potapkin, BV Smirnov, RV
Citation: Vd. Rusanov et al., Properties of a catalytically active pulsed microwave discharge at atmospheric pressure, DOKL PHYS, 46(4), 2001, pp. 242-246
Variations in the absorption spectrum of sulfur vapour and melt at electric discharge, vapour-melt phase transition, and melt polymerization
Authors: Zhivotov, VK Kamenskii, VA Rusanov, VD Trenin, AE Fedotov, NG Sholin, GV
Citation: Vk. Zhivotov et al., Variations in the absorption spectrum of sulfur vapour and melt at electric discharge, vapour-melt phase transition, and melt polymerization, CHEM PHYS R, 18(12), 2000, pp. 2247-2259
The repetitive microwave discharge as a catalyst for a chemical reaction
Authors: Babaritskii, AI Gerasimov, EN Demkin, SA Zhivotov, VK Knizhnik, AA Potapkin, BV Rusanov, VD Ryazantsev, EI Smirnov, RV Sholin, GV
Citation: Ai. Babaritskii et al., The repetitive microwave discharge as a catalyst for a chemical reaction, TECH PHYS, 45(11), 2000, pp. 1411-1416
Catalytic layers in a reversible system comprising an electrolyzing cell and a fuel cell based on solid polymer electrolyte
Authors: Tsypkin, MA Lyutikova, EK Fateev, VN Rusanov, VD
Citation: Ma. Tsypkin et al., Catalytic layers in a reversible system comprising an electrolyzing cell and a fuel cell based on solid polymer electrolyte, RUSS J ELEC, 36(5), 2000, pp. 545-548
The metastability of neutral polaronically excited clusters
Authors: Rusanov, VD Kirillov, IA Mechik, KA
Citation: Vd. Rusanov et al., The metastability of neutral polaronically excited clusters, HIGH ENERG, 34(4), 2000, pp. 219-228
Origin of pseudocorona microwave discharge at atmospheric pressure
Authors: Rusanov, VD Sholin, GV Demura, AV Trenin, AE
Citation: Vd. Rusanov et al., Origin of pseudocorona microwave discharge at atmospheric pressure, DOKL AKAD N, 369(2), 1999, pp. 192-195
Electron energy of pulsed pseudocorona microwave discharge in the process of plasma catalysis
Authors: Rusanov, VD Babaritskii, AI Gerasimov, EN Zhivotov, VK Potapkin, BV Smirnov, RV
Citation: Vd. Rusanov et al., Electron energy of pulsed pseudocorona microwave discharge in the process of plasma catalysis, DOKL AKAD N, 366(3), 1999, pp. 323-325
Prospects for highly-efficient production of ozone in streamer discharges
Authors: Knizhnik, AA Potapkin, BV Medvedev, DD Korobtsev, SV Shiryaevskii, VL Rusanov, VD
Citation: Aa. Knizhnik et al., Prospects for highly-efficient production of ozone in streamer discharges, DOKL AKAD N, 365(3), 1999, pp. 336-339
On electrons ground states in electrically neutral water clusters
Authors: Velikhov, EP Rusanov, VD Kirillov, IA Mechik, KA
Citation: Ep. Velikhov et al., On electrons ground states in electrically neutral water clusters, DOKL AKAD N, 364(1), 1999, pp. 42-44
Plasma catalysis of hydrocarbon conversion processes
Authors: Babaritskii, AI Baranov, IE Demkin, SA Zhivotov, VK Potapkin, BV Rusanov, VD Ryazantsev, EI Etievan, C
Citation: Ai. Babaritskii et al., Plasma catalysis of hydrocarbon conversion processes, HIGH ENERG, 33(6), 1999, pp. 404-408
Heterogeneous electron-beam oxidation of NOx
Authors: Deminskii, MA Ermakov, AN Poskrebyshev, GA Potapkin, BV Rusanov, VD
Citation: Ma. Deminskii et al., Heterogeneous electron-beam oxidation of NOx, HIGH ENERG, 33(1), 1999, pp. 40-44
Plasma catalysis effect in methane degradation
Authors: Babariotskii, AI Deminskii, MA Demkin, AI Zhivotov, VK Potapkin, BV Poteknin, SV Rusanov, VD Ryazantsev, EI Etievan, C
Citation: Ai. Babariotskii et al., Plasma catalysis effect in methane degradation, HIGH ENERG, 33(1), 1999, pp. 45-51
The effect of carbon monoxide additives on detonability of hydrogen-air mixtures
Authors: Magzumov, AE Kirillov, IA Rusanov, VD
Citation: Ae. Magzumov et al., The effect of carbon monoxide additives on detonability of hydrogen-air mixtures, CHEM PHYS R, 17(10), 1998, pp. 1961-1973
Effect of small additives of ozone and hydrogen peroxide on the induction-zone length of hydrogen-air mixtures in a one-dimensional model of a detonation wave
Authors: Magzumov, AE Kirillov, IA Rusanov, VD
Citation: Ae. Magzumov et al., Effect of small additives of ozone and hydrogen peroxide on the induction-zone length of hydrogen-air mixtures in a one-dimensional model of a detonation wave, COMB EXPL R, 34(3), 1998, pp. 338-341
Risultati: 1-14 |