On the basis of the model, we found ways to release the primary shaft vibration's influence on the quality of the polish surface.
在理论分析的基础上,提出减轻由主轴的振动引起的抛光表面质量问题的方法。
It can be heated or cooled; inner surface adopts mirror polish, no dead Angle, and closed design to ensure material in asepsis condition.
可加热、冷却,内表面采用镜面抛光,无卫生死角,全封闭的设计确保物料始终处在无菌状态下。
Secondly, influence of surface polish and glycol additive on pressurized water dielectric is studied.
其次,进行了抛光电极表面和添加乙二醇对加压水介质击穿影响的研究。
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