1) electron scattering
电子散逸
2) dissipative operator
散逸算子
3) exoelectron
[,eksəui'lektrɔn]
外逸电子
1.
In this paper, firstly, taking the ionic crystal and copper for example, the mechanism of exoelectron emission is discussed.
概要介绍了外逸电子发射机理,综述了国内外外逸电子研究概况、水平趋势及在各个领域的应用,并结合表面特性、疲劳特点,剂量测量和计数管等,试图为飞机机翼、火车道轨等金属材料的无损检测,开拓一条新的途径。
4) Runaway electron
逃逸电子
1.
Runaway electrons on HT-7 Tokamak with low hybrid current drive;
低杂波电流驱动下HT-7超导托卡马克逃逸电子行为
2.
The evolution of the runaway electron distribution function and wave energy density are obtained in interval of electron parallel velocity.
本文用非等距有限差分法,求解了准线性微分方程组,获得了在电子平行速度区间,逃逸电子分布函数和波能密度的二维演化图象。
3.
A zero dimensional model of the current quench including the generation of runaway electrons has been applied to simulate the experimental current evolutions during major disruptions [Plasma Phys.
利用逃逸电子的输运来诊断TEXTOR托卡马克上等离子体大破裂下的磁涨落水平。
5) electron-escaping effect
电子逃逸
1.
Impact of electron-escaping effect on the γ-ray sensitivity of PIN detector;
电子逃逸效应对PIN探测器γ灵敏度的影响
6) runaway electron
逸出电子
补充资料：逸人
1.犹逸民。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条