另一方面改进后的离子光学对于质谱仪的真空系统性能的提高，也有很大的作用。
It has been shown that the ion optics can not only increase the ion translation efficiency, but also improve the resolving power and vacuum of the mass spect...
本文介绍一种由三维样品调节器、光学系统和离子光学系统组成的激光探针离子源的工作原理与结构设计。
This paper describes the working principle and structure design of a laser probe ion source which is composed of an x-y-z manipulated sample holder, an optical system and an ion optical system.
通过离子轨迹的计算、离子光学系统的设计及一系列的实验研究，改善了系统中的匹配，提高了系统的性能。
The high performance has been achieved by careful calculation of the ion trajectories, close attention to the design of the ion optics and serial experimental studies.
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