anode material

The Study of Basic Material of Inert Anode Used in Aluminum Electrolysis

铝电解惰性阳极基体材料的研究

Aluminum is a very attractive anode material for energy storage and conversion because of its negative standard electrode potential, abundance in nature, low price and high theoretical capacity.

在电池领域中，铝是一种很有吸引力的阳极材料，优点是理论电极电位较负，储量丰富，价格低廉，理论容量高。

Since its theoretical capacity is about ten times larger than that of graphite, together with several features of a lower lithium intercalation potential, sufficient abundance, and friendly environment, silicon becomes one of the most promising alternatives of graphite for anode material.

硅材料的理论比容量约为石墨的十倍左右，且具有较低的嵌锂电位、广泛地原料来源和对环境友好等特点，是最有希望代替石墨的负极材料之一。

The specific discharging capacity of the anode material with conductive carbon black as carbon sources is 118.3 mA · h/ g;

以导电炭黑作为碳源的正极材料首次放电比容量为118.3mA。

The uses of light emitting material with high fluorescent efficiency, the multilayer structure controlling exciton recombination and interfacial modification through metal cathode or ITO anode, have been proven to be a very effective method to improve the efficiency of the device.

利用荧光效率较高的有机发光分子，设计局限激子的多层器件结构及采用金属阴极和ITO阳极的界面修饰等手段，已经被证明是提高器件效率非常有效的方法。

The preparation of a novel natural graphite anode material coated with iron hydroxide has been studied.

合成并研究了一种包覆一层氢氧化铁的天然石墨材料,它可作为一种新型锂离子电池负极材料.

The metal tin electrodeposited on cupper foil was used as anode material of lithium-ion batteries.

采用电镀法在铜箔上制得了金属锡电极，用作锂离子蓄电池阳极材料进行了电化学测试。

The development of high capacity silicon-containing anode material in lithium-ion batteries was discussed in this paper.

锂离子蓄电池用高容量负极材料普遍存在首次不可逆容量高、循环性能差等问题.