Influence of Xenon and Krypton Flow Rates through the Acceleration Channel of Morozov’s Stationary Plasma Thruster on the Thrust Efficiency by Kim, V. P., Zakharchenko, V. S., Merkur’ev, D. V., Smirnov, P. G., Shilov, E. A.

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The Possibility of the Ionization and Acceleration Layer Shifting outside the Magnetic Poles Plane in a Morozov Stationary Plasma Thruster by Kim, V. P., Gnizdor, R. Yu, Grdlichko, D. P., Zakharchenko, V. S., Merkur’ev, D. V., Mitrofanova, O. A., Smirnov, P. G., Shilov, E. A.

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Nonstationary Model of a Low-Density Plasma Jet Ejected from a Stationary Plasma Thruster by Bishaev, A. M., Abgaryan, M. V., Kim, V., Merkur’ev, D. V., Ivanova, E. P., Fomenkov, A. I., Wartelski, M., Theroude, Ch

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Propellant Influence on Electromagnetic Environment Generated by Stationary Plasma Thrusters by Plokhikh, A. P., Vazhenin, N. A., Merkurev, D. V.

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Study of the low-power krypton-operated stationary plasma thruster plume by Kim, V P, Merkurev, D V, Shilov, E A, Zakharchenko, V S, Kalyazin, V G

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Formation of charge-exchange ion flows near the exit from the stationary plasma thruster acceleration channel by Kim, V. P., Arkhipov, A. S., Bishaev, A. M., Merkur’ev, D. V., Sidorenko, E. K.

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Development of an SPT-100VT Stationary Plasma Thruster with Increased Thrust by Kim, V. P., Gnizdor, R. Yu, Grdlichko, D. P., Zakharchenko, V. S., Korkunov, M. V., Merkurev, D. V., Popov, G. A., Shilov, E. A.

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On the Effect of the Surface State and Geometry of the Discharge- Chamber Edges and Sizes of Morozov’s Stationary Plasma Thruster upon its Long-Term Operation by Kim, V. P., Gnizdor, R. Yu, Yermoshkin, Yu. M., Merkurev, D. V., Pridannikov, S. Yu

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The research of stationary plasma thruster operation on krypton by Merkurev, D. V., Kim, V. P., Kalyazin, V. G., Shilov, E. A.

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Features of Changes in the Surface Geometry of Discharge-Chamber Walls during the Prolonged Operation of a Stationary Plasma Thruster by Kim, V. P., Gnizdor, R. Yu, Zakharchenko, V. S., Kalyazin, V. G., Merkurev, D. V., Pridannikov, S. Yu

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Formation of the Eurasia Basin in the Arctic Ocean as inferred from geohistorical analysis of the anomalous magnetic field by Glebovsky, V. Yu, Kaminsky, V. D., Minakov, A. N., Merkur’ev, S. A., Childers, V. A., Brozena, J. M.

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Self-electromagnetic emission from a thruster with anode layer operating with krypton and xenon by Shilov, S, Ivakhnenko, S, Vorob’ev, E, Manegin, D, Plokhikh, A, Vazhenin, N, Merkurev, D, Zakharchenko, V

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