ion lens
英 [ˈaɪən lenz]
美 [ˈaɪən lenz]
n. 离子透镜
双语例句
- Study on step sidewall tilt in ion beam etching of Fresnel lens
离子束刻蚀过程中台阶侧壁倾斜现象研究 - Optimum concentration, sampling position, nebulizer gas flow rate, collision gas flow rate and ion lens system were researched. The precision of isotopic ratio can be better than 0.01%.
分别对待测离子浓度、炬管轴向位置、雾化气流速、碰撞气流速和离子光学系统电参数做了实验研究，实现了MC-ICP/MS同位素丰度测量条件的优化，同位素丰度比的测量精密度在0.01%以内。 - Ion lens program and its application
离子透镜程序及其应用 - Experimental research of the ion gun with LMIs and electrostatic lens
液态金属离子源静电透镜离子枪的实验研究 - The analysis on a new type of combined bipole deflection ion lens
一种新型两级组合偏转离子透镜的特性分析 - Based on the simulation by computer, effects of parameters in calculation and size of rod radius on the ion exchange time of optimum refractive index distribution in glass rod lens are discussed.
在计算机模拟的基础上，讨论了计算参数和玻璃棒半径大小对获得最佳折射率分布时的离子交换时间的影响。 - Hydrogen ion lens are loaded and neutral hydric gas is filled in simulation in order to observe the interactional behavior of electrons and ions.
模拟通过加载氢离子圆盘和充入中性氢气，观察了引入离子后电子束和离子的行为。 - Computer simulat ion s of FIB electrostatic lens
聚焦离子束用静电透镜特性的计算 - The performance of the gun is better, as we properly design the ion source, improve the draw lens system and notice that it combines with main focusing lens.
由于离子源的合理设计、引出透镜系统的改进及其同主聚焦透镜的良好匹配，所以取得了较好的实测结果。 - In our experiment, the factor affecting step sidewall tilt, surface roughness and etching speed are analyzed. The optimal technical parameters of ion beam etching of Fresnel lens are confirmed.
并通过实验，分析影响台阶侧壁倾斜、表面粗糙度和刻蚀速率的因素，确定离子束刻蚀菲涅耳透镜的最佳工艺参数。 - Via observing the distribution of potential and the center of the ion density in chamber, it explained how the degree of magnetic lens effected the intensity of wall erosion.
文章通过分析通道中的离子密度中心区域分布和电势分布解释了磁聚焦程度影响壁面腐蚀强度的原因。 - It is a combine of the RF ion source& ion extractor, the pre-focusing lens, the accelerating tube, the drift space and the secondary electron prohibiting device.
它由离子源及束流引出系统、预聚焦透镜、加速管、漂移段和二次电子抑制装置等构成。 - In this paper, we used the method of ion beam sputtering deposition to deposit TiN thin film on the PMMA intraocular lens surface.
本文采用等离子束溅射沉积技术对聚甲基丙烯酸甲酯（PMMA）人工晶体表面进行氮化钛薄膜修饰。