强磁场对等离子体中经典输运的影响是很基础也是很有挑战性的课题，对当前托卡马克高约束模式运行和未来紧凑型聚变堆物理机理的研究都具有重要意义。本项目将导出磁化等离子体中Fokker-Planck方程的一般形式并给出磁化Fokker-Planck碰撞项的计算方法。分别给出采用二体碰撞模型结合扰动理论得到的磁化Fokker-Planck碰撞项、包含反射效应的磁化Fokker-Planck碰撞项以及包含集体效应的磁化Fokker-Planck碰撞项的表达式。进而分别导出横越磁场方向热导系数与粒子扩散系数对磁场的依赖关系，探讨其中的物理机制。

Effect of strong magnetic field on the classical transport in plasma is very fundamental and challenging issue. It is very important for study of high confinement mode for present tokamak and of physical mechanisms for future compact fusion reactor. This project will obtain analytically the general Fokker-Planck (FP) equation in strongly magnetized plasma and give calculation methods for magnetized FP collision term. Magnetized FP collision term will be derived by using the binary collision model combined with perturbation theory. Magnetized FP collision terms will be obtained respectively including a reflective effect and the collective effect. Then, magnetic field dependence of thermal conductivity and particle diffusion coefficients across the magnetic field will be given respectively, in which the physical mechanism will be investigated.