• 基本释义

1.Effects of FEP electret on wound healing
FEP驻极体薄膜对创面愈合的影响收藏指正
2.Charge Transport Proper ty in Hybrid Film Electret PVDF/SiO_2
杂化膜驻极体PVDF／SiO_2的电荷输运特性收藏指正
3.The electret nehavior of poly(vinylidene/chlorotrifluoethy-lene) (P(VDF/CTFE)) film
P(VDF/CTFE)共聚物薄膜的驻极体行为收藏指正
4.The Electret Behavior of P(VDF-TFE-HFP)/PTFE Double Layer Film
P(VDF-TFE-HFP)/PTFE双层膜的驻极体行为收藏指正
5.The piezoelectricity of P(VDF-TFE-HFP)/PTFE double-layer electret films
P(VDF-TFE-HFP)PTFE双层驻极体膜的压电性收藏指正
6.Improved Charge Storage Capability of Polypropyrene Electret by Means of Constant Current Corona Charging
用恒流电晕充电改善聚丙烯驻极体的电荷贮存能力收藏指正
7.The Charge Stability of SiO_2 Electret on Si Substrate by Constant Current Corona Charging
恒栅流负电晕充电的Si基SiO_2驻极体的电荷稳定性收藏指正
8.The Transport Model of Charge in Polypropyrene Electret During and After Constant Voltage Corona Charging
聚丙烯驻极体在充电期间和充电后电荷在体内的输运收藏指正
9.THE INFLUENCE OF ANNEALING PROCESS ON THE CHARGE STORAGE IN HyBRID FILM ELECTRET PVDF/SiO_2
退火对杂化膜驻极体PVDF／SiO_2电荷贮存的影响收藏指正
10.The film electret has two times high piezoelectricity (d33=31pC/N) than PVDF (d33=1 5pC/N).
使用介电谐振谱测量的双层膜的压电d33系数(31pC/N)是传统的铁电聚合物材料PVDF相应值(15 pC/N)的2倍左右。收藏指正
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