V. Kim

发表

Local plasma properties in a Hall-current accelerator with an extended acceleration zone

A. Bishaev, V. Kim, 1978 .

Main Physical Features and Processes Determining the Performance of Stationary Plasma Thrusters

V. Kim, 1998 .

Local Plasma Parameter Measurements by Nearwall Probes Inside the SPT Accelerating Channel Under Thruster Operation with Kr

V. Kim, D. Grdlichko, V. Kozlov, 2002 .

Preliminary study of possibility to ensure large enough lifetime of SPT operating under increased powers

Michael Day, Vladimir Kim, Thomas Randolph, 1997 .

Three-dimensional simulation of atom and ion dynamics in a stationary plasma thruster

M. Auweter-Kurtz, A. Lazurenko, A. Bishaev, 2005 .

Stationary plasma thrusters operate in space

V. A. Obukhov, V. M. Murashko, G. A. Popov, 2003 .

Cathode temperature reduction by addition of Barium in high power Lithium plasma thrusters

James E. Polk, Vladimir Kim, J. Polk, 2001 .

Design features and operating procedures in advanced Morozov’s stationary plasma thrusters

V. P. Kim, V. Kim, 2015 .

1. DEVELOPMENT OF CLOSED ELECTRON DRIFT PLASMA ACCELERATORS IN THE SOVIET UNION: A SYNOPSIS In the former Soviet Union, two types of CEDAs

V. Kim, 2015 .

On the longitudinal distribution of electric field in the acceleration zones of plasma accelerators and thrusters with closed electron drift

V. Kim, 2017 .

History of the Hall Thrusters Development in USSR

V. M. Murashko, Vladimir Kim, A. V. Semenkin, 2007 .

Characteristics of jets from stationary plasma thrusters under different operating conditions

V. Kim, A. Arkhipov, E. Sidorenko, 2012 .

BASIC ISSUES IN ELECTRIC PROPULSION TESTING AND THE NEED FOR INTERNATIONAL STANDARDS

N. C. Wallace, A. V. Semenkin, V. Kim, 2003 .

Influence of Xenon and Krypton Flow Rates through the Acceleration Channel of Morozov’s Stationary Plasma Thruster on the Thrust Efficiency

P. G. Smirnov, V. Kim, V. Zakharchenko, 2019, Plasma Physics Reports.

Formation of charge-exchange ion flows near the exit from the stationary plasma thruster acceleration channel

A. Bishaev, V. Kim, A. Arkhipov, 2014 .

Dual-Mode Operation of Stationary Plasma Thrusters

Vladimir Kim, Vyacheslav Kozlov, André Bouchoule, 2006 .

Study for the Influence of Stationary Plasma Thruster Operating Modes on its Electromagnetic Emission

N. A. Vazhenin, Galina Soganova, Vladimir Kim, 2011 .

Investigation of SPT Performance and Particularities of it's Operation with Kr and Kr/Xe Mixtures *+

Vladimir Kim, Vyacheslav Kozlov, Alexander Skrylnikov, 2001 .

Investigation of the anode configuration influence on the PPS-1350 laboratory model plume divergence

Vladimir Kim, Michel Lyszyk, Vyacheslav Kozlov, 1998 .

Study of the low-power krypton-operated stationary plasma thruster plume

V. Kim, D. Merkurev, V. Zakharchenko, 2020, IOP Conference Series: Materials Science and Engineering.

Evaluation of Low Power Hall Thruster Propulsion

John M. Sankovic, David H. Manzella, Vladimir Kim, 1996 .

Development of an SPT-100VT Stationary Plasma Thruster with Increased Thrust

V. Kim, D. Grdlichko, G. Popov, 2019, Cosmic Research.

STATE OF THE ART AND PROSPECTS OF ELECTRIC PROPULSION IN RUSSIA

Alexander Semenkin, Vyacheslav Murashko, Alexander Koryakin, 2003 .

Electric Propulsion Activity in Russia

Vladimir Kim, Garri Popov, G. Popov, 2001 .

Investigation of a Low-power Thruster on Krypton Propellant

P. G. Smirnov, V. Kim, D. Grdlichko, 2017 .

1 3-Dimensional Simulation of Plasma Dynamics in SPT * †

Vladimir Kim, A. Bishaev, V. Kim, 2001 .