Abstract
The problem of controlled thermonuclear synthesis of rarefied plasma, confining by magnetic field, exists about 40 years. At the present time the problem solution follows in the traditional way of transition to larger and more expensive facilities. The way is near to saturation and its perspectives are vague. For the reasons takes place sharp decreasing of financing. Taking into account for the considerations it is expedient to analyse a nontraditional way, when between the plasma filament and first wall is formed a vacuum gap. Physical aspects of the way are considered in the paper. 28 refs.; 8 figs.
Citation Formats
Gertsenshtejn, M E, and Klavdiev, V V.
On physical aspects of a thermonuclear reactor with a vacuum gap between plasma and first wall; O fizicheskikh aspektakh termoyadernogo reaktora s vakuumnym promezhutkom mezhdu plazmoj i pervoj stenkoj.
Russian Federation: N. p.,
1992.
Web.
Gertsenshtejn, M E, & Klavdiev, V V.
On physical aspects of a thermonuclear reactor with a vacuum gap between plasma and first wall; O fizicheskikh aspektakh termoyadernogo reaktora s vakuumnym promezhutkom mezhdu plazmoj i pervoj stenkoj.
Russian Federation.
Gertsenshtejn, M E, and Klavdiev, V V.
1992.
"On physical aspects of a thermonuclear reactor with a vacuum gap between plasma and first wall; O fizicheskikh aspektakh termoyadernogo reaktora s vakuumnym promezhutkom mezhdu plazmoj i pervoj stenkoj."
Russian Federation.
@misc{etde_10113896,
title = {On physical aspects of a thermonuclear reactor with a vacuum gap between plasma and first wall; O fizicheskikh aspektakh termoyadernogo reaktora s vakuumnym promezhutkom mezhdu plazmoj i pervoj stenkoj}
author = {Gertsenshtejn, M E, and Klavdiev, V V}
abstractNote = {The problem of controlled thermonuclear synthesis of rarefied plasma, confining by magnetic field, exists about 40 years. At the present time the problem solution follows in the traditional way of transition to larger and more expensive facilities. The way is near to saturation and its perspectives are vague. For the reasons takes place sharp decreasing of financing. Taking into account for the considerations it is expedient to analyse a nontraditional way, when between the plasma filament and first wall is formed a vacuum gap. Physical aspects of the way are considered in the paper. 28 refs.; 8 figs.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}
title = {On physical aspects of a thermonuclear reactor with a vacuum gap between plasma and first wall; O fizicheskikh aspektakh termoyadernogo reaktora s vakuumnym promezhutkom mezhdu plazmoj i pervoj stenkoj}
author = {Gertsenshtejn, M E, and Klavdiev, V V}
abstractNote = {The problem of controlled thermonuclear synthesis of rarefied plasma, confining by magnetic field, exists about 40 years. At the present time the problem solution follows in the traditional way of transition to larger and more expensive facilities. The way is near to saturation and its perspectives are vague. For the reasons takes place sharp decreasing of financing. Taking into account for the considerations it is expedient to analyse a nontraditional way, when between the plasma filament and first wall is formed a vacuum gap. Physical aspects of the way are considered in the paper. 28 refs.; 8 figs.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}