1) carbon-based supercapacitor
碳基超电容
1.
Study on hybrid system of MH/Ni battery and carbon-based supercapacitor;
碳基超电容与MH/Ni电池复合的研究
2) supercapacitor
超电容器
1.
Modification of Molybdenum Nitride Electrode for Supercapacitor(I)——The Effect of Ammonium Vanadate on the Properties of Molybdenum Nitride Electrode;
超电容器用电极材料氮化钼的改性研究(I)——钒酸氨添加物对电极性能的影响
2.
Hybrid Electrochemical Supercapacitors Based on Polyaniline and Activated Carbon Electrodes;
聚苯胺/活性碳复合型超电容器的电化学特性(英文)
3.
Reviewed was application progress of the nanocomposites consisting of metal nanoparticles and polyaniline in electronic components,including fuel cell,secondary cell,supercapacitor,sensor and memory device.
综述了聚苯胺与金属纳米所组成的复合材料在各种电子元件,如燃料电池、二次电池、超电容器、传感器和信息存储器件等方面的应用进展。
3) supercapacitors
超电容器
1.
Composite electrodes for supercapacitors were prepared by sintering at 120 篊, with activated carbons (ACs) of high specific surface area as material and phenolic resin (PR) as binder.
用高比表面积活性炭作为原料,酚醛树脂为粘结剂,在120℃高温下粘结成型制备系列超电容器用固体活性炭电极,改变酚醛树脂添加量考察不同炭化温度对复合活性炭电极炭化收率的影响。
2.
The carbon nanotube prepared by catalytic pyrolysis method is considered as an active electrode material for energy storage supercapacitors.
基于该种材料的超电容器电极比容量为36 F/g。
3.
With the acquired composites as active materials of electrodes, the prototype supercapacitors were made.
再以此类复合材料为活性物质制作电极,组装成原型超电容器。
4) super capacitor
超级电容
1.
Application of the super capacitor and the mini manual electrical generator in the hand-held digital display railway track scale;
超级电容和微型手摇发电机在手持式数显轨道测量尺中的应用
2.
Application of Super Capacitor and Fuel Cell System in the Stock of Solar Energy;
超级电容和燃料电池系统在太阳能贮存中的应用
3.
Application of super capacitor and EMS in crane;
超级电容及能量管理系统在起重机中的应用
5) supercapacitor
超级电容
1.
Fuel cell city bus——Development of fuel cell and supercapacitor hybrid power system for city bus;
燃料电池城市客车——燃料电池与超级电容混合动力研制
2.
Diffusion mechanism of self-discharge of carbon-based tractive supercapacitors;
牵引型碳基超级电容自放电机理
3.
Supercapacitor Application in Electric Vehicles;
超级电容及其在电动车中的应用
6) ultracapacitor
超级电容
1.
The Parameters Matching and Performance Simulation of City Bus with a Fuel Cell + Ultracapacitor Hybrid Powertrain;
采用超级电容的燃料电池城市客车参数匹配和性能仿真
2.
The design of a solar light emitting tile based on ultracapacitor;
一种基于超级电容的太阳能装饰灯的设计与实现
3.
Modeling of Ultracapacitor Energy Storage Used in Hybrid Electric Vehicle;
混合电动车用超级电容能量源建模
补充资料：沥青基超细碳纤维
分子式：
CAS号：
性质：由各向同性和中间相沥青经熔喷法制得的超细碳纤维及毡片。直径2～5μm，通用级可纺性好，但碳丝强度极低，高强型碳丝强度1.47GPa。模量147GPa。石墨丝最高强度3.14GPa。伸长率0.43％。模量735GPa，平均长度87mm。制法:(1)将通用级沥青在其熔点以上温度熔喷，制得毡片后稳定化和碳化而得；(2)将软化点为275～285℃的中间相沥青(含量95％～100％)，在310～320℃及360～370℃空气流下熔喷，用常规法连续不熔化和碳化(1400℃)，必要时在2500～2800℃石墨化而得。用作电磁波屏蔽材料、水泥和复合材料增强剂、活陛炭纤维、锂电池电极、制动材料及摩擦材料等。
CAS号：
性质：由各向同性和中间相沥青经熔喷法制得的超细碳纤维及毡片。直径2～5μm，通用级可纺性好，但碳丝强度极低，高强型碳丝强度1.47GPa。模量147GPa。石墨丝最高强度3.14GPa。伸长率0.43％。模量735GPa，平均长度87mm。制法:(1)将通用级沥青在其熔点以上温度熔喷，制得毡片后稳定化和碳化而得；(2)将软化点为275～285℃的中间相沥青(含量95％～100％)，在310～320℃及360～370℃空气流下熔喷，用常规法连续不熔化和碳化(1400℃)，必要时在2500～2800℃石墨化而得。用作电磁波屏蔽材料、水泥和复合材料增强剂、活陛炭纤维、锂电池电极、制动材料及摩擦材料等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条