说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 带电粒子源
1)  charged particle source
带电粒子源
2)  charged particles
带电粒子
1.
Change of reflectivity of Mo/Si multilayer mirror irradiated by charged particles;
Mo/Si多层膜反射镜在带电粒子照射下反射率变化
2.
Several motion equations of charged particles in electromagnetic field;
电磁场中带电粒子的几种运动方程
3.
The motion of the charged particles in the uniform and stable electromagnetic field;
带电粒子在均匀稳定电磁场中的运动
3)  charged particle
带电粒子
1.
Energy of the charged particle in the magnetic field in noncommutative phase space;
磁场中的带电粒子在非对易相空间中的能级
2.
Development of planar technology space charged particle detector;
平面工艺空间带电粒子探测器的研制
3.
The move track of low speed charged particle in even electrical and magnetic field;
低速带电粒子在均匀电磁场中的运动轨迹
4)  electric particle
带电粒子
1.
The movement analysis of the electric particles in a parallel static electromagnetic field;
相互平行的静电磁场中带电粒子的运动情况分析
2.
This article discusses how electric particles move in a parallel static electromagnetic field and draw their moving obits.
探讨了带电粒子在相互平行的静电磁场中的几种运动情况 ,并画出其运动轨
5)  Orbital charged debris clouds
带电粒子云
1.
Orbital charged debris clouds evolution phase was defined as sphere,spheroid,rope, spiral,spreading and shell,based on the geometry shape and debris density in the evolution from the initial breakup point to the final coverage of Earth.
根据带电粒子云从破碎点开始向空间扩散过程中粒子云密度和形状的变化规律,以几何形状和起主要作用的因素为特征,定义了球形、椭球形、绳形、螺旋线形、全方位弥漫直至球壳形6个演变阶段。
6)  light charged particles
轻带电粒子
1.
The yield of light charged particles (LCPs) emitted at forward angles is investigated in the reactions of Si target bombarded by the fragments produced in the fragmentation of 69AMeV 36 Ar.
研究了 69MeV/u36 Ar轰击Be靶的碎裂产物与Si靶反应引起的前角区轻带电粒子的发射产额与原子核同位旋、原子核序数的关系 。
2.
The correlations between the emitted fragments at θlab = 15° and the light charged particles(LCPs) at the close geometry configuration in the reaction of 25MeV/u 40Ar + 115 In were measured.
通过对 25MeV/u40Ar+115 In反应 θlab= 15°的邻近几何条件下的轻带电粒子和出射碎片之间的关联测量,观察到了两体相继衰变机制的存在。
补充资料:带电粒子的电离能量损失
      运动的带电粒子与物质分子或原子中的电子发生电磁作用,使其电离所消耗的能量。在给定物质中,带电粒子走过单位长度所经受的电离能量损失的大小,决定于带电粒子的电荷及速度。所以,测量带电粒子在已知物质中的电离能量损失是测定其电荷及速度的实验手段之一,已广泛应用于多种粒子探测器,如:电离室、云室、气泡室、核乳胶等。
  

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