所采用的极性流体是具有不同离子浓度和导电率的去离子水和自来水。
Deionized water and tap water with different ion concentration and electrical conductivity were used as the working fluid.
将不同单质机械混合，在不增加注入机离子源数目的基础上实现了不同离子的共注入。
To achieve co-implantation without additional ion sources, the required implants are mixed to form a cathode of MEVVA ion source.
研究了不同离子基团的聚酯多元醇和不同软段结构对其干膜物理机械性能和吸水率的影响。
The effects of polyols type and polyols containing different ionic groups on physical mechanical properties of dry films and water absorption were studied.
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