介质阻挡放电(DBD)处理聚合物表面可有效提高其亲水性和结合强度。

Dielectric barrier discharge (DBD) can be applied to modify polymer surface to improve its wettability and adhesive strength.

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定制的5.6千瓦时为每重量的最高容量(比能量密度的锂离子聚合物)高放电率能够充分权力起飞和爬升。

Custom built 5.6kwh lithium-ion polymer for highest capacity per weight (specific energy density) high discharge rate capable of full power takeoff and climb.

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考察了后聚合时间、放电功率、乳化剂浓度对聚合转化率及特性粘数的影响。

The effects of the postpolymerization time, Plasma powers, plasma duration time and emulsifier concentration on the polymerized conversion and intrinsic viscosity were systematically studied.

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