Abstract
The results of experimental research on electric and magnetic field distribution in plasma fluxes generated by the P-50 accelerator in different work regimes are represented. Current vortices and regions with increased potential in plasma fluxes behind the accelerator cut are discovered. On the base of E and H-field experimental distribution, values of electron and ion local velocities and density in plasma flux were numerically calculated in the frame of MHD approximation. This research shows the advantages of pilot cathode compared with usual one and the necessity of anode gas supply in accelerating channel. 8 refs.; 12 figs. (author).
Citation Formats
Voloshko, A Yu, Garkusha, I E, Solyakov, D G, Tereshin, V I, and Chebotarev, V V.
Investigation of dynamics of plasma fluxes generated by the quasi-stationary plasma accelerator P-50; Issledovanie dinamiki plazmennykh potokov, generiruemykh KSPU P-50.
Ukraine: N. p.,
1991.
Web.
Voloshko, A Yu, Garkusha, I E, Solyakov, D G, Tereshin, V I, & Chebotarev, V V.
Investigation of dynamics of plasma fluxes generated by the quasi-stationary plasma accelerator P-50; Issledovanie dinamiki plazmennykh potokov, generiruemykh KSPU P-50.
Ukraine.
Voloshko, A Yu, Garkusha, I E, Solyakov, D G, Tereshin, V I, and Chebotarev, V V.
1991.
"Investigation of dynamics of plasma fluxes generated by the quasi-stationary plasma accelerator P-50; Issledovanie dinamiki plazmennykh potokov, generiruemykh KSPU P-50."
Ukraine.
@misc{etde_10135776,
title = {Investigation of dynamics of plasma fluxes generated by the quasi-stationary plasma accelerator P-50; Issledovanie dinamiki plazmennykh potokov, generiruemykh KSPU P-50}
author = {Voloshko, A Yu, Garkusha, I E, Solyakov, D G, Tereshin, V I, and Chebotarev, V V}
abstractNote = {The results of experimental research on electric and magnetic field distribution in plasma fluxes generated by the P-50 accelerator in different work regimes are represented. Current vortices and regions with increased potential in plasma fluxes behind the accelerator cut are discovered. On the base of E and H-field experimental distribution, values of electron and ion local velocities and density in plasma flux were numerically calculated in the frame of MHD approximation. This research shows the advantages of pilot cathode compared with usual one and the necessity of anode gas supply in accelerating channel. 8 refs.; 12 figs. (author).}
place = {Ukraine}
year = {1991}
month = {Dec}
}
title = {Investigation of dynamics of plasma fluxes generated by the quasi-stationary plasma accelerator P-50; Issledovanie dinamiki plazmennykh potokov, generiruemykh KSPU P-50}
author = {Voloshko, A Yu, Garkusha, I E, Solyakov, D G, Tereshin, V I, and Chebotarev, V V}
abstractNote = {The results of experimental research on electric and magnetic field distribution in plasma fluxes generated by the P-50 accelerator in different work regimes are represented. Current vortices and regions with increased potential in plasma fluxes behind the accelerator cut are discovered. On the base of E and H-field experimental distribution, values of electron and ion local velocities and density in plasma flux were numerically calculated in the frame of MHD approximation. This research shows the advantages of pilot cathode compared with usual one and the necessity of anode gas supply in accelerating channel. 8 refs.; 12 figs. (author).}
place = {Ukraine}
year = {1991}
month = {Dec}
}