Thermal calculation of the anode of the stationary plasma engine
... advanced electric propulsion diagnostic system // IEPS-2009-141, 31st International Electric Propulsion Conferense. Michigan, 2009.
Chubov P., Rumyantsev A., Kharjukov V.
Stationary Plasma Thruster, thermal calculation, anode gas distributor, stationary mode, dynamic mode
Investigation of discharge chamber insulator relative erosion of stationary plasma thruster
The results of investigations of relative erosion at different modes of the stationary plasma thruster operation are presented herein. The optimal parameters of thruster operation mode ensuring minimum erosion of the discharge chamber walls are defined herein.
1. Khartov S. A., Nadiradze A. B., Shkarban I. I., Zikeeva ...
The check of electromagnetic compability of the propulsion system with the electrodynamic simulator of the thrust module
The noise nature of discharge current oscillations of the stationary plasma thruster has been revealed. The maximal level of generated low-frequency conducted interferences in all the modes of the electro-dynamic thrust module simulator operation has been determined.
1. Яковлев Е. А. Испытания космических электроракетных двигательных установок. М., 1981.
2. Лесневский ...
Modeling of the cathode thermal conditions
This article provides results of the cathode of stationary plasma engine thermal vacuum test with various operating modes simulated, a thermal calculation and the cathode thermal mathematical model verification. Based on the calculations, the cathode thermal model and operating performances were assessed, the most efficient required cathode life time characteristics ...
The trunced symbolic equations with sources of noise and any unifrequent oscillatory system
The trunced symbolic equations with any unifrequent oscillatory system allowing with use of characteristics of transistor-capacitor active one-port circuit are received to find a stationary mode and transients in the generator at presence of sources of noise.
устройства / М.
В. Балакирев [и др.]; под ред. О.
А. Челнокова. М., 1982.
The method for analyzing the transistor high-frequency generato
... малой мощности : справочник. 2-е изд., стереотип / А. А. Зайцев [и др.] ; под ред. А. В. Голомедова. М., 1994.
Savchenko M., Starovoitova O.
transistor high-frequency generator, stationary mode, hodograph.