电流片

K-H不稳定性在多电流片系统磁场重联中的效应

A simulation study of magnetic reconnection in a multiple current sheet system

电流片的积分强度在3.3&21mA/m之间，与Frank等在磁尾等离子片边界上测量到的场向片电流积分强度可相比较。

The integral densities of the current sheet range from 3.3 to 21 mA / m. These values are comparable to previous observations of field-aligned current made by Frank et al .

无碰撞电流片低频电磁模不稳定性：MHD模型

Low-frequency electromagnetic instabilities in a collisionless current sheet : magnetohydrodynamic model

在磁尾磁层顶重联引起磁鞘粒子向磁层注入和各向异性的IMF压力的共同作用下，磁尾和电流片表现出相对于磁赤道面的旋转特征及扁平化现象；

As the effects of the magnetic reconnection on the near-tail magnetopause and the anisotropic pressure of the IMF , the magnetotail shows a twisted and flattened profile .

在强垂直各向异性（P⊥>P‖）的情况下，电流片中磁场重联形成的磁岛达到非线性饱和后，在X型点附近形成空腔结构；

In case of a large perpendicular anisotropy ( P ⊥ > P ∥ ), when the magnetic island formed in the current sheet by magnetic reconnection becomes nonlinear saturation , there will be cavity structures formed near the X points .

在电流片中X点附近，由于离子和电子的动理学行为不同而产生了霍尔电流，它使得垂直重联平面的磁场分量呈四极结构分布。

The Hall current is produced the X point of the magnetic island due to the different dynamic behaviors of ions and electrons . A quadrupole structure of magnetic field components vertical to the reconnection plane is also induced .

观测和计算表明，硬x射线爆是由电流片中加速的高能非热电子所产生，而软X射线爆则由耀斑区的高温等离子体的热轫致辐射所产生。

3 , The observational results show that the hard X-ray burst is produced by high energy non-thermal electrons accelerated in the current sheet . But solf X-ray burst is produced by hot bremsstrahlung of high-temperature plasma in the flare region .

模拟结果给出在太阳表面不同位置触发CME事件在太阳子午面内的传播特征，数值上验证了CME向电流片的偏转传播效应。

Numerical results present propagation features in meridian plane of CME events triggered at different places of solar surface and numerically testify the effect of propagating CME deflecting to current sheet .

采用两种无碰撞二维三分量不可压缩磁流体力学（MHD）模型，计入电子扰动压力张量效应，研究了电流片等离子体的色散性质和波。

Linear dispersion properties and waves of collisionless plasma current sheet at small scales are discussed , using 2 5 dimensional , collisionless and incompressible magnetohydrodynamic ( MHD ) models with the full electron pressure tensor .

CMEs顶部物质变化在传播过程中沿电流片两侧移动，使顶部物质密度变化比两侧小。

The initial change of the top material appears on both sides of the current sheet during its outward propagation , the relative variation of density at the top becomes less than both sides .

大尺度的磁重联电流片是太阳爆发过程中的重要结构。

Large scale current sheets are important structures in solar eruptions .

多层电流片中双撕裂模的耦合

Coupling of double tearing mode in a multiple current sheet

二维太阳风速度结构与日球电流片

2-D structure of solar wind speed and Heliospheric current sheet

引导场对电流片中的不稳定性波模有着重要的影响。

The guiding field has greatly affected the instability in current sheet .

中性电流片的形成和环形日冕瞬变

The Formation of Neutral Current Sheets and the Associated Loop Coronal Transients

日冕三重无力场电流片的磁场重联

Magnetic Reconnection of Triple Force - Free Current Sheets in the Corona

各向异性等离子体多重电流片的演化

The evolution of multiple current sheet in anisotropic plasma

周期性多电流片系统中涡旋诱发重联过程的相互作用

Interactions of the vortex induced reconnection processes in periodic multiple current sheet systems

行星际电流片与激波特性的东西不对称性

Interplanetary current sheet and east-west asymmetry of shock properties

电流片的自发重联与无力场&磁岛的形成

Spontaneous reconnection of current sheets and force-free field ── formation of magnetic islands

磁重联电流片的参数变化对电子加速的影响

Impact of Variations of the Parameters for the Current Sheet on Electron Accelerations

无碰撞电流片哨声波不稳定性

Whistler Wave Instabilities in the Collisionless Current Sheet

日球层电流片的构形及其成因

Configuration of Heliospheric Current Sheet and Its Cause

无碰撞等离子体电流片中的低频波

Low-frequency waves in collisionless plasma current sheet

日冕物质抛射的中性电流片及边源辐射对

The Neutral Current Sheet and Its Radiation Pairs of Side Sources in Coronal Mass Ejections

双重电流片和日冕瞬变

Double Current Sheet and Coronal Transients

日冕磁场与电浆原则上应该从两侧水平流入电流片。

Coronal magnetic field and plasma presumably flowed horizontally into the current sheet from both sides .

这些磁通量在尾部不断地堆积，造成磁尾电流片的变薄。

These fluxes will accumulate in the magnetotail , and cause the thinning of the magnetotail current sheet .

为改善现场的这种不合理的加工现状，我们设计了电流片级进模。

In order to improve current product state above , a multi station progressive die of current plate are designed .

我们推导了存在电场漂移时的撕裂模方程，并在均匀电流片模型下求解了该方程的解析解。

The tearing mode equation including the E × B drift term is derived and solved with a step-like electric current distribution .