Results 131 to 140 of about 156 (148)
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Nuclear Fusion, 2020
Bounce-transit and drift resonance is one of the resonances in tokamaks with broken toroidal symmetry. It plays an important role in the wave-particle interactions. The nonlinear consequence of the resonance is the nonlinear particle trapping in the magnetic well, created by the radial drift motion resulting from the perturbed magnetic fields.
K.C. Shaing, M. Garcia-Munoz, E. Viezzer
openaire +3 more sources
Bounce-transit and drift resonance is one of the resonances in tokamaks with broken toroidal symmetry. It plays an important role in the wave-particle interactions. The nonlinear consequence of the resonance is the nonlinear particle trapping in the magnetic well, created by the radial drift motion resulting from the perturbed magnetic fields.
K.C. Shaing, M. Garcia-Munoz, E. Viezzer
openaire +3 more sources
Plasma Physics and Controlled Fusion, 2009
An Eulerian approach to treat the bounce–transit and precession drift resonance in tokamaks is developed by expanding the poloidal angle dependence in terms of a Jacobian elliptic function in the low collisionality regime instead of integrating along the unperturbed particle trajectories.
K C Shaing, M S Chu, S A Sabbagh
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An Eulerian approach to treat the bounce–transit and precession drift resonance in tokamaks is developed by expanding the poloidal angle dependence in terms of a Jacobian elliptic function in the low collisionality regime instead of integrating along the unperturbed particle trajectories.
K C Shaing, M S Chu, S A Sabbagh
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Plasma Physics and Controlled Fusion, 2010
Bootstrap current and transport fluxes associated with bounce?transit and drift resonance in tokamak plasmas that have error fields or magnetohydrodynamic activity are calculated by solving the parallel and the toroidal components of the momentum and the heat flux balance equation.
K C Shaing, M S Chu, S A Sabbagh
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Bootstrap current and transport fluxes associated with bounce?transit and drift resonance in tokamak plasmas that have error fields or magnetohydrodynamic activity are calculated by solving the parallel and the toroidal components of the momentum and the heat flux balance equation.
K C Shaing, M S Chu, S A Sabbagh
openaire +3 more sources
Corotating drift-bounce resonance of plasmaspheric electron with poloidal ULF waves
Earth and Planetary Physics, 2017Hui Zhang, Suiyan Fu, Qiu-Gang Zong
exaly
Modeling the properties of high-m Alfvén waves driven by the drift-bounce resonance mechanism
Journal of Geophysical Research: Space Physics, 2001Louis Ozeke, Ian R Mann
exaly
Theoretical bounce resonance diffusion coefficient for waves generated near the equatorial plane
Geophysical Research Letters, 2016Xin Tao
exaly