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- High density polyethylene/carbon black(HDPE/CB) conductive composite is prepared by adding proper CB to HDPE. 在高密度聚乙烯 (HDPE)中加入适量的炭黑 (CB)制备了HDPE/CB导电复合材料。
- The preparation and properties of polyaniline/polymer transparent conductive composite films were discussed. 论述了聚苯胺/聚合物透明导电复合膜的制备及性能。
- The property of PP/carbon black conductive composite and the effect of toughener POE on the property of the composite were studied. 热塑性聚烯烃弹性体(POE)的加入,对复合材料的导电性能影响不大,其用量控制在一定范围内,可使PP导电复合材料综合性能得到较好的改善。
- The conductive composites of LDPE/EPM/carbon black were prepared. 制备了低密度聚乙烯 (LDPE) /二元乙丙橡胶 (EPM) /炭黑导电复合材料。
- Using nylon12(PA12) as based material and carbon black(CB) as conductive filler material,PTC conductive composite with high translation temperature was studied. 研究以尼龙12(PA12)为基体树脂、炭黑(CB)为导电填料的高转变温度正温度系数(PTC)材料。
- Preparing a conductive composite film through compounding of polyaniline and substrates with good mechanical behavior is an important method of polyaniline modification. 将力学性能好的基质与聚苯胺相复合制备聚苯胺导电复合膜是对聚苯胺改性的重要方法之一。
- Using high quality metalized slurry to make back surface and has good electro conductibility and adhesive attraction and pole welding. 用高品质的金属浆料，使回到表面，具有良好的电磁传导和胶粘剂的吸引力和极焊接。
- Based on the HDPE/CB, this paper discussed the effect of the type and quantity of CB and coupling agent on the performance of PTC conductive composite, and the mechanism of coupling grafting. 以HDPE/工业炭黑 (CB)复合材料为研究对象 ,考察了炭黑及偶联剂种类、用量对高分子PTC(正温度系数 )导电材料性能的影响 ,并探讨了偶联接枝机理 ,从理论上对改性效果进行了分析。
- PVDF/graphite conductive composite bipolar plate were prepared by mold pressing in high temperature.Electrical conductivity, flexural strength and gas permeability were measured. 摘要采用聚偏氟乙烯(PVDF)与导电填料石墨复合，通过高温模压方法制备了导电复合材料双极板，测量了双极板的电导率、弯曲强度和气密性。
- The uses and varieties of conductive fibers, and the key process of producing conductive composition fibers were introduced in this paper. 概述了导电纤维的用途、种类以及复合型导电纤维制备的关键技术等。
- fiber electro conductivity meter 纤维电导率测定仪
- Electro conducting cement mortar 导电水泥砂浆
- The piezoresistive behavior of polyvinyl chloride/carbon black(PVC/CB) conductive composites subjected to uniaxial compression-decompression cycles was studied. 摘要研究了聚氯乙烯／炭黑(PVC/CB)导电复合体系在单轴压力作用下的压阻行为，发现CB含量对电阻-机械响应具有显著的影响。
- The influence of the low mehing point organic crystal on PTC behavior of the HIPS/CB conductive composites materials was studied,and the structure of the HIPS/CB composite material with low melting point organic crystal was analyzed by SEM,XRP and DSC. 探讨低熔点有机晶体对高抗冲聚苯乙烯(HIPS)/炭黑(CB)复合材料室温电阻率及温度-电阻率曲线的影响,并采用SEM、XRP、DSC等测试手段对含有低熔点有机晶体的HIPS/CB复合材料的结构进行分析。
- STUDY ON PVDF/CARBON BLACK CONDUCTIVE COMPOSITE PVDF/炭黑导电复合材料研究
- PTC/NTC Phenomena of CB/HDPE Conductive Composite 炭黑/HDPE复合导电材料的PTC/NTC效应
- Anisotropic Conductive Composite 各向异性导电复合材料
- insulating thermal conductive composite 绝缘导热复合材料
- His conduct is a mere cover-up for his nervousness. 他的行为只是为了掩护他的紧张。
- polymer/carbon black conductive composite PE／CB导电复合材料
