应用哈密顿动力学理论，提出了在径向电场存在情况下的新经典输运理论。
Neoclassical transport theory for tokamaks in the presence of a radial electrical field with shear is developed using Hamiltonian formalism.
在稳态托卡马克堆的燃烧阶段，当感应电流下降后，新经典输运产生的自举电流便成为维持稳定电流的最好手段。
After the induced current damp out, the neoclassical bootstrap current is the best method to maintain the needed stable current in a steady-state tokamak reactor.
而约束区杂质粒子输运则比新经典的值大很多，是反常的。
In the confinement range the impurity diffusion coefficient is much higher than that estimated with new-classical theory.
而约束区杂质粒子输运则比新经典的值大很多，是反常的。
In the confinement range the impurity diffusion coefficient is much higher than that estimated with new-classical theory.
应用推荐