2) relativistic electron
相对论电子
1.
The spectrum and the total energy of relativistic electron and electron beam in vacuum and plasma are derived from the jet caused by the moving charged particles.
从运动荷电粒子产生的流出发 ,导出相对论电子和相对论电子集在等离子体及真空情况下曲率辐射的能量谱及辐射总能量 ,分析了等离子体对辐射的影响 。
2.
The radiation spectrum for relativistic electron moving along curved spiral curve in plasmas is calculated, and also the formula of total energy emitted by a relativistic electron in vacua is derived.
计算了等离子体介质中，沿弯曲螺旋线运动的相对论电子的辐射谱，进一步导出了真空中的能量辐射公式。
3.
During the time of high-speed solar wind with a southward component of the IMF, geomagnetic storms/substorms and flux enhancement events of the relativistic electrons ( E ≥1MeV) are frequently observed in the outer radiation belt ( 3 ≤L ≤7).
典型地,在磁暴主相期间,相对论电子(能量大于1MeV)的通量减小;在磁暴恢复相期间,相对论电子的通量出现不同程度的增长。
3) relativistic electron beam
相对论电子束
1.
The radial force balance equation for the self-electric field and self- magnetic field of the relativistic electron beam is used to calculate the angular rotation frequency of the relativistic electron beam propagating through the cylindrical wave guide filled with nonneutral plasmas.
首先利用相对论电子束的自电场与自磁场所产生的径向力平衡方程,计算出相对论电子束在稳态非中性等离子体填充的柱状波导中传输的转动频率。
2.
The study on the third continuum of argon pumped by the relativistic electron beam was made.
对强流相对论电子束抽运氩产生的氩的第三谱带进行了研究。
3.
In the paper,the interaction of an intense relativistic electron beam with the background gas in the high power microwave diode is studied.
利用数值计算与粒子模拟两种方法,结合实际的实验数据,对高功率微波二极管中相对论电子束与背景气体相互作用碰撞产生的等离子体密度进行了研究。
4) non-relativistic charged particle
非相对论电子
5) Relativistic Electromagnetic Soliton
相对论电磁孤子
1.
The Theoretical Study on the Relativistic Electromagnetic Soliton and Magnetosonic Soliton in the Plasmas;
等离子体中相对论电磁孤子及磁声孤子的理论研究
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