本文确切地指出了在真空中静压气浮轴承系统出现不稳定的原因。
The cause of instabilities in aerostatic bearing systems operated in a vacuum environment is studied in this paper.
本文介绍了静压气浮导轨的设计方法，开发了止推气浮轴承设计软件；
The design methods of static-pressure air-bearing sliders were presented and an air-bearing design system was developed.
轴承承载能力比传统静压气浮圆柱轴承提高30%以上，轴承刚度比传统静压气浮圆柱轴承提高15%以上。
As compared with the traditional static pressure gas cylindrical bearing its bearing loading capacity can be raised by above 30%, and its bearing rigidity can be raised by above 15%.
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