CPA:带电粒子分析
“带电粒子分析”(Charged Particle Analysis,简称CPA)是物理学与电子工程领域中的一个常用术语,用于描述对带电粒子(如电子、离子等)的性质与行为进行系统性研究的方法。在学术文献及技术资料中,人们通常使用缩写CPA,以提升书写与交流效率。该分析方法广泛应用于粒子加速器、等离子体研究以及电子器件设计等前沿科技领域。
Charged Particle Analysis具体释义
Charged Particle Analysis的英文发音
例句
- Using Charged Particle Activation Analysis ( CPAA ), the concentration of oxygen in a thin boron target was determined, and the method of analyzing the thin unknown sample in comparison with the thick standard was studied.
- 应用带电粒子活化分析法(CPAA)对硼薄膜中的氧含量进行了测量,并对利用厚标样分析薄样品中的元素含量的比较测量方法进行了研究。
- Charged particle X-ray fluorescence analysis
- 带电粒子X射线荧光分析
- We have developed and combined electric field analysis with the analysis of the trajectory of a charged particle to numerical analysis codes to simulate the electron beam movements.
- 本文在这样的背景下,为了把握空间电荷效应对条纹相机的影响,开发了电场分析和带电粒子轨迹分析相结合的数值分析代码来仿真电子束的运动。
- Charged particle induced prompt nuclear reaction analysis ( PNR ) can not only analyze the content and concentration of elements in sample sensitively and accurately, but also can measure the distributions of elements with depth in surface and near surface layer.
- 带电粒子引起的瞬发核反应分析(PNR)不仅能灵敏和准确地分析微量元素在样品中的含量和浓度,而且能测量在样品表面层和近表面层中元素随深度的分布。
- The characteristics of the nonlinear vibration of charged particle in the three charges system are discussed with numerical analysis.
- 本文用数值计算的方法讨论了带电质点在三电荷系统中的非线性振动及其特点。
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