1·The effect of parameters of magnetized plasma on electromagnetic band gap is presented.
分析了磁化等离子体参数对电磁带隙的影响。
2·The results are helpful to design of devices of magnetized plasma photonic crystals devices.
这一结果对设计磁化等离子体光子晶体器件有帮助。
3·Finally, the optimal electron collision frequency of the non-magnetized plasma is presented.
最后，给出了非磁化等离子体的最佳碰撞频率。
4·The reflection and transmission coefficients in an inhomogeneous magnetized plasma layer are calculated as well.
还给出了电磁波经过均匀磁化等离子体层后的反射和透射系数和理论值的对比。
5·There is a series of resonant regions in the velocity space of a magnetized plasma interacting with a single wave.
在相干波与磁化等离子体相互作用的系统中，当波的强度超过某个阈值时，速度空间中的一些共振区将互相重迭。
6·The field structures in the overdense region above the resonant paint of an inhomogeneous magnetized plasma are studied.
本文研究了磁化不均匀等离子体共振点以上的过密区的场分布。
7·We study the nonlinear interaction of the magnetized plasma with two electrostatic waves which are transverse uniform magnetic field.
两个波与磁化等离子体的相互作用问题是研究多个波与磁化等离子体作用的基础。
8·Magnetized plasma photonic crystals are artificial periodic structures composed of magnetized plasmas and dielectric structures (or vacuum).
磁化等离子体光子晶体是磁化等离子体和介质(真空)构成的人工周期性结构。
9·The electron collision frequency is one of the important parameters of the non-magnetized plasma. It plays an important role in the interaction of the plasma with electromagnetic waves.
电子碰撞频率是非磁化等离子体的一个重要参数，它对等离子体与电磁波相互作用的性质具有较大影响。
10·The paper Presents conditions of stability in the non-magnetized plasma electromagnetic wave propagation and gives a non-magnetic plasma dispersion of the FDTD method, the results were analyzed.
给出了电磁波在非磁化等离子体中传播稳定条件，并给出了非磁化色散等离子体的FDTD方法，同时对结果进行了分析。