relativistic plasma

Numerical study on general dispersion relation of anisotropic and weakly relativistic plasma

各向异性、弱相对论性等离子体的一般色散关系的计算

Form Factor of a Relativistic Plasma

相对论等离子体的结构因子

Spontaneous absorption power of relativistic plasma radiation

相对论等离子体辐射的自发吸收功率

Collective scattering of electromagnetic waves in a relativistic plasma

电磁波在相对论等离子体中的集体散射

Ion acoustic solitary waves in a weakly relativistic plasma under transverse perturbations

弱相对论等离子体横向扰动下的离子声孤波

Spontaneous collective radiation in a relativistic plasma

相对论等离子体自发集体辐射

In this paper , we considered the dispersion relation for the relativistic plasma with non-Maxwellian distributions .

本论文中我们研究了相对论性非麦氏分布等离子体的色散关系。

Problems investigated in the thesis consist of two parts : one part is the numerical study of dispersion relations in relativistic plasma with Maxwell distribution ;

本文所研究的问题主要包含两个部分：一是对相对论性麦克斯韦分布的等离子体色散关系的数值研究；

The major question consists of the following two parts : First , starting from the kinetic theory , the dispersion relations of electrostatic and electromagnetic waves of an isotropic relativistic plasma with fast electron distribution are presented .

主要有两个部分：首先，从等离子体动力论出发，分别研究了各向同性的相对论性快电子分布等离子体中纵波和横波的色散关系。

The dispersion relations of the relativistic plasma with fast electron distribution is significative to study the electromagnetic radiation of the galactic nucleus , the radio galaxy and the quasars . Second , the dispersion relation for electromagnetic oscillation in relativistic plasma with a modified kappa distribution is investigated .

这种相对论性快电子分布等离子体的色散关系能为解释星系核、射电星系和类星体电磁辐射方面的问题提供理论参考。其次，本文研究了修正的kappa分布等离子体横振荡的色散关系。

Green function of pair correlative equation in a relativistic magnetized plasma

相对论磁化等离子体二体关联动力方程的格林函数

Macroscopic extraordinary mode stability properties of weakly relativistic electron plasma in a cylindrical geometry

弱相对论电子等离子体的宏观非寻常模稳定性

The contribution of induced magnetic field forces on collision term in a relativistic magnetized plasma

感应磁场力对相对论磁化等离子体碰撞项的贡献

Collective Scattering of Laser in a Relativistic Magnetized Plasma

激光在相对论磁化等离子体中的集体散射

Cyclosynchrotron Radiation in Mildly Relativistic Hot Plasma

次相对论热等离子体中的回旋同步辐射

In solving the radiative transfer equation , we have found the specific intensity of synchrotron emission in relativistic hot plasma with self - absorption .

对含有磁场的相对论热等离子体的同步加速辐射，考虑等离子体的自吸收，求解辐射转移方程，得到等离子体表面向外的同步加速辐射的辐射强度。

An 1 2 / 2D relativistic electromagnetic plasma particle simulation code is made . The system this code describes is cylindrical symmetric , and has non-periodic boundary .

独立研制了一个柱对称、非周期边界12/2维相对论性电磁模粒子模拟程序。

With the increase of laser intensity , the development of laser inertial confusion technology and the progress of laser astrophysics experiment , there is increasing interest on relativistic laser plasma interaction .

随着激光强度不断提高、激光惯性约束核聚变实验技术不断进步以及激光天体物理实验的深入开展，相对论激光与等离子体的相互作用正越来越受到人们的关注。

Using Green function method of a pair correlation equation , the induced electic field and perturbed distribution function produced by a source particle in a relativistic magnetized plasma are obtained in this paper .

应用二体关联动力方程的格林函数方法，算出了相对论磁化等离子体中点源粒子产生的诱发电场和扰动分布函数。

N the generalized Boltzmann equation of a relativistic magnetized plasma , the contribution of radiation forces between charged particles on the collision term cannot be neglected . The analytic expressions of collision term is derived in this paper .

在相对论磁化等离子体内，粒子间辐射电场力对广义玻耳兹曼方程中碰撞项的贡献不能忽略.本文导出了这个碰撞项的解析表式。

In Chapter ⅰ, several physical processes and features of relativistic intense laser plasma interaction are given .

第一章，简单介绍了强激光等离子体相互作用的特点、与本文有关的几种物理过程、用到的几种简化模型、理论处理方法和数值方法。

Characteristics of the synchrotron radiation from relativistic electrons in plasma

等离子体中相对论电子的同步曲率辐射特性研究

The Nyquist Method for Instability Analysis of Relativistic Non - magnetized Plasma

相对论性非磁化等离子体不稳定性的Nyquist分析方法

Strict equations of multi-particle dynamics are established by means of Lagrange coordinates and Euler coordinates . The framework of Klimontovich theory is analysed . Basic equations of relativistic multi-particle dynamics for a classical relativistic plasma are given .

从拉格朗日坐标和欧勒坐标来建立多体动力学的精确方程.在分析Klimontovich理论框架的基础上，建立力学层次的相对论等离子体经典多体动力学的基本方程组。