This paper introduces the fundamental and characteristics of the Vacuum Pressure Impregnation (VPI).
本文介绍了真空压力浸渍的基本原理及其特点。
The final major step in fabrication of large superconducting magnet coils is vacuum pressure impregnation (VPI).
大型低温超导磁体线圈制造的最后关键的工艺是真空压力浸渍（VPI）。
Application of casting impregnation technique, vacuum pressure impregnation technological process and operational attentions as well as design and calculation of such equipment have been described.
介绍了铸件浸渗技术的应用、真空加压浸渗的工艺过程及操作注意事项，同时还介绍了真空加压浸渗设备主要部件的设计与计算。
The method of impregnation and penetrating agents and the penetrating process were described in the paper. The composite structure of device that vacuum pressure penetrating were also introduced.
本文阐述了浸渗技术的浸渗方法、常用的浸渗剂和浸渗工艺，介绍了真空压力浸渗装置的组成和主要结构。
The paper expounds the arrangement, technological process, characteristic of vacuum system for high pressure impregnation as well as the affection on impregnation qUality.
综述了二种高压浸渍真空系统的配置、工艺过程、特点及其对浸渍效果的影响。
The WPG was influenced significantly by impregnation time, pressure, vacuum-time and the interaction of time and pressure.
浸注时间、浸注压力、抽真空时间以及浸注时间与浸注压力的交互作用的影响都极显著。
A vacuum high pressure filling equipment in which a filling rate can be increased and the impregnation time can be shortened when a porous workpiece is immersed in filling liquid.
本发明提出一种在使有孔被加工品浸渍在填充液体中时可以提高填充率以及缩短含浸时间的真空高压填充装置。
A vacuum high pressure filling equipment in which a filling rate can be increased and the impregnation time can be shortened when a porous workpiece is immersed in filling liquid.
本发明提出一种在使有孔被加工品浸渍在填充液体中时可以提高填充率以及缩短含浸时间的真空高压填充装置。
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