Journal of the Physical Society of Japan, Feb 1, 1980
The results of the experiment on plasma equilibrium in Asperator NP-3, a toroidal device with a t... more The results of the experiment on plasma equilibrium in Asperator NP-3, a toroidal device with a three-dimensional magnetic axis, are described. It is shown that the equilibrium of a current column in this system is mainly determined by the vacuum masnetic surfaces produced by solenoids with a spatial axis. By the application of an l =1 transverse field, a method for controlling the current position by the external field is confirmed experimentally.
The results of the experiment on plasma equilibrium in Asperator NP-3, a toroidal device with a t... more The results of the experiment on plasma equilibrium in Asperator NP-3, a toroidal device with a three-dimensional magnetic axis, are described. It is shown that the equilibrium of a current column in this system is mainly determined by the vacuum masnetic surfaces produced by solenoids with a spatial axis. By the application of an l =1 transverse field, a method for controlling the current position by the external field is confirmed experimentally.
Journal of the Physical Society of Japan, Feb 1, 1980
The results of the experiment on plasma equilibrium in Asperator NP-3, a toroidal device with a t... more The results of the experiment on plasma equilibrium in Asperator NP-3, a toroidal device with a three-dimensional magnetic axis, are described. It is shown that the equilibrium of a current column in this system is mainly determined by the vacuum masnetic surfaces produced by solenoids with a spatial axis. By the application of an l =1 transverse field, a method for controlling the current position by the external field is confirmed experimentally.
The results of the experiment on plasma equilibrium in Asperator NP-3, a toroidal device with a t... more The results of the experiment on plasma equilibrium in Asperator NP-3, a toroidal device with a three-dimensional magnetic axis, are described. It is shown that the equilibrium of a current column in this system is mainly determined by the vacuum masnetic surfaces produced by solenoids with a spatial axis. By the application of an l =1 transverse field, a method for controlling the current position by the external field is confirmed experimentally.
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