Abstract
The plasma anomalous transport caused by particles transverse drift in a system has been completed, in which the magnetic surfaces are disrupted by a stochastic perturbation of magnetic field. In ergodic region the motion equation can be written in Langevin equation and diffusion coefficient D perpendicular can be obtained from Fokker-Planck model. Comparing with another diffusion coefficient D perpendicular derived by the diffusion of field lines in the quasilinear approximation, the D perpendicular obtained from Fokker-Planck model has the similar form and same order of magnitude. The two D perpendicular `s are supplement to each other. Only when they are combined into one, will the result be completed.
Maoquan, Wang
[1]
- Inst. of Plasma Phys., Academia Sinica, Hefei (China)
Citation Formats
Maoquan, Wang.
The anomalous transport caused by particles transverse drift.
China: N. p.,
1992.
Web.
Maoquan, Wang.
The anomalous transport caused by particles transverse drift.
China.
Maoquan, Wang.
1992.
"The anomalous transport caused by particles transverse drift."
China.
@misc{etde_10119857,
title = {The anomalous transport caused by particles transverse drift}
author = {Maoquan, Wang}
abstractNote = {The plasma anomalous transport caused by particles transverse drift in a system has been completed, in which the magnetic surfaces are disrupted by a stochastic perturbation of magnetic field. In ergodic region the motion equation can be written in Langevin equation and diffusion coefficient D perpendicular can be obtained from Fokker-Planck model. Comparing with another diffusion coefficient D perpendicular derived by the diffusion of field lines in the quasilinear approximation, the D perpendicular obtained from Fokker-Planck model has the similar form and same order of magnitude. The two D perpendicular `s are supplement to each other. Only when they are combined into one, will the result be completed.}
place = {China}
year = {1992}
month = {Jan}
}
title = {The anomalous transport caused by particles transverse drift}
author = {Maoquan, Wang}
abstractNote = {The plasma anomalous transport caused by particles transverse drift in a system has been completed, in which the magnetic surfaces are disrupted by a stochastic perturbation of magnetic field. In ergodic region the motion equation can be written in Langevin equation and diffusion coefficient D perpendicular can be obtained from Fokker-Planck model. Comparing with another diffusion coefficient D perpendicular derived by the diffusion of field lines in the quasilinear approximation, the D perpendicular obtained from Fokker-Planck model has the similar form and same order of magnitude. The two D perpendicular `s are supplement to each other. Only when they are combined into one, will the result be completed.}
place = {China}
year = {1992}
month = {Jan}
}