An APEF machine has been developed, and the applications of APEF have been researched.
研制磨擦辅助精密电铸机床，开展磨擦辅助精密电铸技术的应用研究。
A sample of rocket engine thrust chamber with cooling channels was successfully manufactured by APEF.
成功制造出带冷却通道的火箭发动机推力室身部样件。
Comparing with the deposits produced by conventional electroforming technology, the deposits produced by APEF exhibited better properties.
与常规电铸技术相比，用磨擦辅助精密电铸技术所制备电铸层的材料性能显著提高。
It was found in experiments that the microstructure of nickel and copper deposits produced by APEF significantly changed in contrast with the conventional electroforming technology.
试验结果显示，与常规电铸技术相比，用磨擦辅助精密电铸技术所制备的镍电铸层和铜电铸层的组织结构均发生明显变化。
It was found in experiments that the particle polishing could eliminate the passive effect of hydrogen evolution and nickel deposits electroformed without pinholes and pits could be achieved by APEF.
试验发现，游离粒子磨擦能彻底消除析氢的不利影响，利用磨擦辅助精密电铸技术能够制造出没有任何麻点、针孔等缺陷的镍电铸层。
It was found in experiments that the particle polishing could eliminate the passive effect of hydrogen evolution and nickel deposits electroformed without pinholes and pits could be achieved by APEF.
试验发现，游离粒子磨擦能彻底消除析氢的不利影响，利用磨擦辅助精密电铸技术能够制造出没有任何麻点、针孔等缺陷的镍电铸层。
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