磁化等离子体

磁化等离子体覆盖二维导体目标FDTD分析

FDTD analysis of 2-dimensional conducting target coated with anisotropic magnetized plasma

用FDTD计算各向异性磁化等离子体涂敷二维目标的RCS

RCS of 2-D target loaded with anisotropic magnetized plasma computed by FDTD

用有质动力的方法，对一个空间均匀的磁化等离子体，在大振幅泵浦波E0（r，t）作用下，推导了非线性色散关系。

A nonlinear dispersion relation is derived for the homogeneous , magnetized plasmas by the conventional " ponderomotive force " method .

磁化等离子体光子晶体的FDTD分析

FDTD simulation for magnetized plasma photonic crystals

基于拉氏变换原理的三维磁化等离子体电磁散射FDTD分析

A 3D FDTD Implementation of Electromagnetic Scattering by Magnetized Plasma Medium Based on Laplace Transfer Principle

Epstein分布非磁化等离子体隐身的FDTD分析

FDTD simulation of Epstein profile unmagnetized plasma stealth

相对论性非磁化等离子体不稳定性的Nyquist分析方法

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

本文着重研究了磁化等离子体波导中，当电磁波频率小于等离子体频率，大于HF波段情况下的导行情况。

The propagation of waves whose frequency is below plasma frequency and above HF band , in magnetized plasma waveguide is studied .

SOD、POD活性、根系活力和ATP含量增加，表明磁化等离子体可以通过清除植物体内自由基和增强代谢来增加番茄对水分胁迫的抗性。

Increased SOD , POD activity , root activity and ATP content show that water stress could be alleviated by eliminating the free radicle and increasing metabolism .

计算了电子密度Epstein分布的不均匀非磁化等离子体覆盖目标的隐身效果。

The stealth effect of radar targets covered with Epstein profile inhomogeneous unmagnetized plasma is studied .

将色散介质的电流密度卷积时域有限差分（JECFDTD）算法推广到各向异性磁化等离子体色散介质。

A JEC finite-difference time-domain ( JEC-FDTD ) methodology for dispersive media is extended to anisotropic magnetized plasmas .

利用微扰理论导出了系统的介电张量，研究发现，MMP具有完全不同于静态磁化等离子体介电张量的形式。

Adopting method of perturbation theory dielectric tensor of the system is derived , MMP shows a completely different form of the dielectric tensor with the static magnetic plasma .

FeCo基纳米晶合金有效磁各向异性与磁致伸缩研究一种高效计算各向异性磁化等离子体的时域有限差分算法

The Effective Magnetic Anisotropy and the Magnetostriction for FeCo-based Nanocrystalline Alloys ; Efficient FDTD Algorithm for Anisotropic Magnetized Plasma

采用分段线性电流密度递归卷积时域有限差分（PLJERCFDTD）算法计算了均匀非磁化等离子体覆盖三维立方体目标的散射特性。

PLJERC FDTD algorithm is applied to the study of the scattering of perfectly conducting cube covered with homogeneous isotropic plasmas .

研究了频率为0.5～10GHz的电磁波在非磁化等离子体中的传播。

The propagation of electromagnetic waves with 0.5 ~ 10GHz in a non magnetized collisional plasma slab is studied numerically .

2，对空开放式介质谐振腔和磁化等离子体填充的开放式介质谐振腔的冷腔研究表明，等离子体的填充使谐振频率略微升高，使绕射Q值增大，使场幅值提高。

The cold-cavity research on the vacuum open-cavity and the dielectric open-cavity filled with plasma with finite additional axial magnetic field shows that , the filling of the plasma makes the resonance frequency a little rise , makes the diffraction Q value increase , and makes the field amplitude increase .

用一种新的色散介质的FDTD算法称为分段线性电流密度递归卷积FDTD算法（PLCDRC）分析了非磁化等离子体的隐身技术。

A novel FDTD formulation for dispersive media called piecewise linear current density recursive convolution ( PLCDRC ) finite-different time-domain ( FDTD ) method is developed to study the stealth technology of inhomogeneous plasma in this paper .

本文用磁化等离子体的分段线形电流密度卷积（PLCDRC）时域有限差分（FDTD）算法分析了磁化等离子体光子晶体特性。

In this paper , the piecewise linear current density recursive convolution ( PLCDRC ) finite-difference time-domain ( FDTD ) method for magnetized plasmas is applied to study the magnetized plasma photonic crystals .

考虑离子极化漂移中非线性项对动力学Alfven孤波特性的影响，采用双流体模型研究磁化等离子体中低频动力学Alfven稀疏型孤波的特性。

Considering the influence of ion 's nonlinear polarization drift on Solitary Kinetic Alfven Wave ( SKAW ), the character of the low-frequency dip SKAW in the magnetic plasma is investigated with the two-fluid mode .

用交替方向隐式时域有限差分（ADI-FDTD）方法分析非磁化等离子体的电磁散射特性，研究了非磁化等离子体涂敷二维、三维导体目标后其RCS的缩减情况。

The alternating direction implicit finite difference time domain ( ADI-FDTD ) method is applied to analyze the scattering of unmagnetized plasma . The RCS reduction for the two dimensional , three dimensional conducting target coated by unmagnetized plasma is studied .

仅在外加偏置场的条件下，自然存在的少量回旋（Gyrotropic）媒质，如磁化等离子体和铁氧体，可以呈现微弱的非互易旋电或旋磁效应。

Few naturally occurring gyrotropic media , such as magnetized plasma and ferrite , behave relatively weak non-reciprocal , gyroelectric or gyromagnetic phenomena only when external bias magnetic fields are applied .

通过计算磁化等离子体平板对平行于磁场传播的电磁波的反射和透射系数，验证了该算法的精度与JEC算法基本相同，而计算效率提高数倍。

The CPU time saving by several times and accuracy of the method are confirmed by computing the reflection and transmission through a magnetized plasma layer , with the direction of propagation parallel to the direction of the biasing field .

首次把交替方向隐式技术（ADI）与等离子体的电流密度递归（CDRC）卷积技术结合，给出了碰撞非磁化等离子体的CDRC-ADI-FDTD方法。

By the alternating direction implicit ( ADI ) and current density recursive convolution ( CDRC ) technologies for the first time , a new current density recursive convolution alternating direction implicit finite-difference time-domain ( CDRC-ADI-FDTD ) formulation for collision unmagnetized plasma is presented .

非均匀磁化等离子体中电磁波的吸收特性研究

The Absorption of Electromagnetic Wave by Non - uniform Magnetized Plasma

相对论磁化等离子体二体关联动力方程的格林函数

Green function of pair correlative equation in a relativistic magnetized plasma

带电粒子在磁化等离子体中辐射模拟研究

Simulation of Cherenkov Radiation in Magnetized Plasma by a Charged Particle

磁化等离子体密度及其分布对飞行器隐身的影响

Effect of the Magnetized Plasma Density on the Stealth of Aero-craft

时变非磁化等离子体光子晶体缺陷态研究

Study on defect mode properties of time-varying unmagnetized plasma photonic crystals

相对论电子束与磁化等离子体的介电张量研究

Study on the Dielectric Tensors of Relativistic Electron Beam and Magnetized Plasma

电磁波在磁化等离子体表面的功率反射系数计算研究

Calculation of the wave reflecting characteristics of magnetized plasma surface