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   无碰撞磁场重联 的翻译结果: 查询用时:0.011秒
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无碰撞磁场重联
相关语句
  collisionless magnetic reconnection
     Collisionless Magnetic Reconnection in Presence of a Guide Field
     存在初始引导场情况下的无碰撞磁场重联
短句来源
  相似匹配句对
     Collisionless Magnetic Reconnection in Presence of a Guide Field
     存在初始引导场情况下的碰撞磁场重联
短句来源
     Magnetic Reconnection and Coronal Mass Ejection
     磁场重联和日冕物质抛射(英文)
短句来源
     QUASI-COLLISIONLESS MAGNETIC RECONNECTION EVENTS IN THE NEAR-EARTH MAGNETOTAIL
     近地磁尾准碰撞重联事件
短句来源
     Collision-free Trajectory Planning of Robot
     机器人碰撞轨迹规划
短句来源
     Radio Signature of Coronal Magnetic Field and Reconnection
     日冕磁场重联的射电信号
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  collisionless magnetic reconnection
A new paradigm for 3D Collisionless Magnetic Reconnection
      
The current disruptions are found to be the major cause of the collisionless magnetic reconnection in our simulations.
      
The role of the Hall effect in collisionless magnetic reconnection.
      


This paper studies the collisionless magnetic reconnection in the presence of different guide fields using two-and-a-half dimensional full particle simulation.The results show that,a strong guide field with B_(z0)>0.5B_0 will not only strongly alter the motion of electrons but also change the structure of electric field and velocity field around the reconnection region,thus affect the reconnec- tion rate and electron accelerating process.General Ohm's law for two-fluid MHD model is employed to explain the characteristics...

This paper studies the collisionless magnetic reconnection in the presence of different guide fields using two-and-a-half dimensional full particle simulation.The results show that,a strong guide field with B_(z0)>0.5B_0 will not only strongly alter the motion of electrons but also change the structure of electric field and velocity field around the reconnection region,thus affect the reconnec- tion rate and electron accelerating process.General Ohm's law for two-fluid MHD model is employed to explain the characteristics of these electric field structures.And by tracing beams of electrons near the diffusion region,it is found that in the 2D model,electric field component perpendicular to the simulation plane and located at the center of diffusion region plays the major role in the electron acceleration,while the other two components contribute very little,no matter the guild field is strong or not.

采用二维三分量的全粒子模拟方法研究了不同初始引导场情况下的无碰撞磁场重联及初态为一维的Harris电流片.结果表明,B_(z0)>0.5B_0的强引导场不仅会显著改变粒子的运动轨迹,而且会改变重联区附近的电场和流场结构,从而影响重联率和电子加速.运用广义欧姆定律解释了不同引导场下电场的结构特征.另外,通过对扩散区附近束流电子的跟踪研究发现,在二维模型中,不论引导场强弱,位于扩散区中心垂直模拟平面的感应电场对电子加速起主要作用,而扩散区外平面电场的贡献很小.

 
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