The results showed that reducing thiols concentration can reduce specific surface energy, so as to enhance transfer efficiency and spreading effect of ink on substrate surface.
结果表明：降低硫醇浓度可降低其比表面能，从而增大转移率和增强在基底表面的铺展效果。
The results show that CO2 transfer rate increases with increasing electrical current density and CO2 concentration difference across the membrane.
解的结果表明： 影响CO2 传质通量的因素主要有电流密度及CO2在膜两侧的浓度差。
Yu stainless steel can also transfer any of the concentration of acid, lye, oxidants and other media corrosion.
不锈钢毓还可以输送任意浓度的酸、碱液、氧化剂及其他腐蚀介质。
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