specific capacity
英 [spəˈsɪfɪk kəˈpæsəti]
美 [spəˈsɪfɪk kəˈpæsəti]
比容量
双语例句
- When defined, an object of ArrayList has a specific capacity that always matches the size of the underlying list.
完成类定义之后，ArrayList具有一个特定的容量，总是匹配底层列表的大小。 - The regulations identify specific capacity requirements that must be in place in each country within a fixed timeframe.
条例明确了各国在确定的时限内必须具备的特定能力要求。 - The specific capacity of this battery can reach 112mAh/ g under low current density.
电池适合小电流放电，比容量可以达112mAh/g。 - 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。 - The influence of the addition of cobalt powder and nickel powder on the specific capacity of the foamed nickel electrode was discussed.
本文研究了钴粉和镍粉含量对发泡镍电极比容量的影响。 - This paper presented the current prospect, major achievements and the existing problems for MH/ Ni batteries in China to date, indicated its development direction-developing the new market; raised its specific capacity and specific power by self intellectual ownership;
介绍了我国迄今MH/Ni电池取得的主要成就和存在的问题。指出MH/Ni电池的发展方向在于开拓新市场&动力型电池和开发有自主知识产权的高性能、高功率的电池。 - The specific capacity of the material was ( increased,) the stability of spinel structure and cycle performance were improved by F~-, Cr~ ( 3+) multiplex doping.
F-和Cr3+复合掺杂不仅提高了材料的比容量，还增加了尖晶石结构的稳定性，改善了材料的循环性能。 - The principles of heightening the specific capacity of aluminum anode foil for low voltage electrolytic capacitor are expatiated systematically.
本文对低压电解电容器阳极铝箔高比电容化的原理作了系统性阐述。 - Most of them have much higher specific capacity and energy density than inorganic compounds.
大多数酞菁化合物及部分有机电子受体化合物具有很高的比容量、比能量及良好的循环性能。 - It had a specific capacity of 278mAh/ g at 0.1C.
样品为趋向无定型化的水合物，具有较好的可逆性以及比容量，在0.1C电流倍率下，其可逆比容量可达到278mAh/g。 - With the increasing of doping concentration, the discharge specific capacity decrease.
掺杂材料随着掺杂浓度的提高，放电比容量降低； - Some technical measures for high specific capacity type AA Ni MH battery are proposed. These have good influence on the technic development of Ni series batteries.
提出了AA型高比容量MH-Ni电池的技术措施，这些对Ni系列电池技术的发展具有较好的借鉴。 - The results show that the thickness of the electrode has a great effect on its initial discharge specific capacity;
结果表明：电极片涂膜的厚度对其放电比容量及循环性能有很大影响； - The weight specific capacity and high-rate discharging performance are increased by means of improving the structure, material and production process.
通过改进电池电极的结构、材料与制造工艺，提高了铅酸蓄电池的重量比能量和大倍率放电性能。 - Tin-oxide is a promising candidate of negative electrode materials for rechargeable lithium-ion batteries because of its high specific capacity.
锡氧化物负极材料因其高比容量而受到重视，被认为是锂离子电池中碳负极材料最有希望的替代物之一。 - Relations of specific capacity of Ni-MH battery with self discharge and cycle life
MH-Ni电池比容量与自放电和循环寿命的关系 - The results showed the spinel with different crystallinity exhibited different specific capacity and initial charge-dis charge efficiency.
结果表明：结晶度不同的材料具有明显不同的比容量和首次充放电效率。 - Compared to PAQS, PAQ possesses higher theoretical specific capacity and structure conjugacy.
相比PAQS，PAQ具有更高的结构共轭性和理论比容量。 - On the basis of the experimental data, the energy storage mechanism of VN material was discussed and proved: the specific capacity of VN was mainly provided by capacitance produced in redox reaction of the surface vanadium oxide.
在实验数据的基础上，对VN材料的储能机制进行了系统研究，证明VN的比容量主要是由表面的氧化钒发生氧化还原反应产生的准电容提供。 - In the research of supercapacitors, the development of electrode materials, with high-rate performance and high specific capacity, has significant realistic meaning and theoretical value.
在超级电容器的研究中，高功率性能、高比容量的电极材料的开发具有重要的现实意义和理论价值。 - Transition metal oxides are also considered as very promising anode materials for their high specific capacity, but the poor transport properties of lithium ion and charge limit their application.
过渡金属氧化物同样因其具有高的质量比容量而被认为是一种非常有前途的负极材料，但是差的电荷和锂离子传输性能限制了它的应用。 - In order to meet the needs of high integration and miniaturization development of electronic devices, modern electronics market demands for low volume and high specific capacity of aluminum electrolytic capacitor.
为满足电子设备和装置的小型化和片式化的需求，现代电子行业要求铝电解电容器不断缩小体积和提高比容量。 - Supercapacitors electrode material affect its performance, we must first prepare electrode materials for high energy density, high power density, large specific capacity, in order to improve its performance.
超级电容器所采用的电极材料是影响其性能的关键，为了提高其性能，首先要制备高能量密度、高功率密度、大比容量的电极材料。 - Electrolyte is an important part of Li-ion battery, bearing the responsibility of transportation of conductive ions. The effect of electrolyte on the cycle performance, specific capacity, safety and so on is very important.
电解液是锂离子电池的重要组成部分，承担着输送导电离子的作用，它对电池循环性能、比容量和安全性等方面起着至关重要的作用。 - Currently, the bottleneck in the development of lithium-ion battery is the cathode material, lithium-ion battery cathode material is not only required to have a high specific capacity and good charge-discharge performance and cycle performance, and price is also an important factor can not be ignored.
目前，锂离子电池发展的瓶颈之一就是正极材料，锂离子电池不但要求正极材料要有较高的比容量、良好的充放电性能和循环性能，而且价格也是不能忽视的一个重要因素。 - As the cathode materials, their discharging specific capacity at different discharging rates are some different.
作为放电时的正极活性材料，它们在不同放电倍率下的放电比容量会有所差异。 - Benefiting from the greatly increased electronic conductivity and surface area, both the specific capacity and rate capability of polymer active material are significantly improved.
由于具有更高的电子电导率和比表面积，复合材料的比容量和倍率性能都得到了显著提高。 - Tin-based materials with a high specific capacity have potential development and application prospects as a new type of lithium-ion battery anode materials.
锡基材料作为新型的锂离子电池负极材料，具有较高的理论容量，极具发展潜力和应用前景。 - Conducting polymers are widely studied and applied due to their high specific capacity, high electric conductivity, wide temperature range, without pollution, particular doped and de-doped and so on.
导电聚合物因具有比电容量高、高电导率、使用温度宽、无污染和独特的掺杂与脱掺杂性等特点被广泛研究和应用。 - As the doping content increased, the first discharge specific capacity of samples were reduces, but the structural stability and cycle performances were improved.
随着掺杂量的增加，材料的初始放电比容量降低，但却提高了尖晶石结构的稳定性和循环性能。