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- The poly (3-methylthiophene) is used as electroactive material and mixed with acetylene black and P(VDF-HFP) to prepare a composite electrode. 由此得到的活性物质与乙炔黑、偏氟乙烯-六氟丙烯共聚物(P(VDF-HFP))混合制成复合电极。
- The electrode added with acetylene black shows the highest specific capacity and the lowest capacity density. 就体积比容量而言,CoO作添加剂的负极最高,而乙炔黑作添加剂的最低。 造成上述结果的原因在于它们的导电性、电催化特性以及松装密度的差异。
- Both active carbon and acetylene black are corroded when they are used for either anodes or oxygen cathodes. 因此两种碳电极无论作为阳极还是氧阴极工作时均会被腐蚀.;Pt对乙炔黑的催化活性明显强于活性炭
- The amount of additives of PVDF binder and acetylene black conductor is studied in the paper. 对PVDF粘结剂和乙炔黑导电剂的添加量进行了优化研究。
- The doped spherical Ni(OH) 2 was prepared by ammonia complexing liquid phase codeposition method, using graphite powder and acetylene black as dopants. 采用氨络合液相共沉淀法 ,同时加入电子导电剂 (石墨粉或乙炔黑细粉 ) ,制备出了掺碳球形Ni(OH) 2 ,对其进行了XRD测试和SEM观察。 结果证实电子导电剂被嵌入到球形Ni(OH) 2 颗粒中。
- The gas diffusion layer of air electrode was prepared by the rolling method with acetylene black and 60% PTFE emulsion as raw materials. 以乙炔黑、60%25PTFE乳液为原料,用辊压法制备空气电极的气体扩散层。
- Besides,the experimental results reveal that the optimal content in air electrode is 15% for PTFE and 15% to 20% for acetylene black. 此外,实验结果还表明:空气电极中PTFE含量以15%25为宜,乙炔黑的最佳含量为15%25~20%25。
- The new type of damping composites is consisted of chlorobutyl rubber, piezoelectric ceramic powder (PZT) and acetylene black. 这种新型的阻尼复合材料是由氯丁基橡胶,压电陶瓷粉体和乙炔炭黑混合而成。
- The damping property of piezoelectric IIR filled with PZT piezoelectric ceramic powder and acetylene black was investigated. 探讨填充锆钛酸铅(PZT)压电陶瓷粉和乙炔炭黑的压电IIR阻尼性能。
- In the study on additive, metal powder including superfine nickel powder(T210 and 125 5),copper powder and nickel fiber, acetylene black and cobalt oxide(CoO) were involved. 研究了超细镍粉、铜粉、镍纤维、乙炔黑和CoO等添加剂对镍氢电池负极电化学性能的影响。
- Porous electric double-layer capacitors were prepared successfully with acetylene black and PTFE, where acetylene black was used as electrode precursor and PTFE as a binding. 利用乙炔黑为导电粉体,以PTFE为胶粘剂成功制备了具有较好充放电性能的多孔结构双电层电容器。
- This article studies one kind of new damping compound material, It is consisted of bromobutyl rubber, piezoelectric ceramic powder (PZT) and acetylene black. 本文研究了一种新型的阻尼复合材料,它是由溴化丁基橡胶、压电陶瓷粉(PZT)和乙炔碳黑混合而成。
- A conductive coating has been developed by use of a carbon comPOund fillers (acetylene black, graphite and carbon fibre), which shows evidently an electrically heating characteristics under safe voltage. 用炭系混合填料(乙炔炭黑、石墨、碳纤维)制备了面状发热体用的在安全电压以下具有明显电发热特性的导电涂料。
- The effects of different carbon source, such as dextrose, acetylene black and graphite, on the performance of as-synthesized cathode materials were investigated and the causes also analyzed. 考察了葡萄糖、乙炔黑以及石墨等不同碳源对目标材料性能的影响.
- The effects of the structure and loading of acetylene black,as well as the molecular weight of silicone gum on the electrical conductivity and mechanical properties of room temperature vulcanized (RTV)silicone rubber were researched. 研究了炭黑的结构和配合量对室温硫化硅橡胶导电性能和力学性能的影响, 以及室温硫化硅橡胶基胶摩尔质量对导电性能的影响。
- The exchange density of the electrode made by carbon from poly( p -phenylence) is about 4.6 times as large as the exchange density of the electrode made by the carbon from acetylene black. 在相同铂含量条件下 ;用聚亚苯基树脂碳制备的铂碳复合电极交换电流密度约为用乙炔黑制备的铂碳复合电极交换电流密度的 4 .;6倍左右。
- In this paper, the electrochemical behavior of GSH at the surface of platinum(Pt) electrode, glass carbon(GC) electrode and acetylene black packed powder microelectrode (AB-PME) was studied. 研究GSH在铂、玻碳以及用乙炔黑填充的粉末微电极(AB PME)表面的电化学行为.
- With slight change of technology parameters,20% substitution of conductive carbon black in acetylene black exerts a good influence on the heavy drain performance for R6P paper-lined battery, also the production cost is decreased. 分析了导电炭黑的物理化学性质;通过多次实践;寻找出导电炭黑代替乙炔黑的最佳使用量为20%25.
- Using emulsion copolymerization technique the emulsion adhesive used for static conducting PVC flooring was prepared and endued with static conductibility by introducing acetylene black. 用多元乳液共聚法制备了用于粘贴导静电PVC地板胶粘剂 ,加入乙炔炭黑赋予乳液胶粘剂导静电性能。
- By mixing polytetrafluoroethylene(PTFE) emulsion,acetylene black with water and heated with microwave,the carbon positive electrode was molded,then the ER14505 battery was assembled. 通过用水混合聚四氟乙烯(PTFE)乳液、乙炔黑等,并利用微波加热,使碳正极成型,然后,组装成ER14505电池。