比容量

循环伏安和恒电流充放电实验证实掺杂钒可改善LiMnO正极材料电化学反应的可逆性，并提高其比容量；

The results of cyclic voltammetry and constant current charge / discharge experiments show that vanadium doping improves the reversibility of the Li Mn O cathode material and increases its specific capacity .

循环20次后，其充放电比容量仍大于260（mA·h）/g，是很有应用前景的锂离子二次电池正极材料。

After 20 cycles , the charge and discharge specific capacity was also more than 260 ( mA · h ) / g. Therefore , this compound is a cathode material for lithium - ion secondary batteries with remarkable application prospects .

含B炭材料的首次充放电比容量及充放电效率高于纯炭材料；

The efficiency and capacity of the boron-doped carbon material are higher than those of pure carbon materials at the first charge and discharge cycle .

通过Mg掺杂，正极材料的首次放电比容量虽有少量降低，而循环性能得到了明显增强。

The results indicated that though the initial specific discharge capacity decreased slightly , the cycle performance increased notably after doping Mg .

利用X射线衍射（XRD）对电极循环过程中的结构变化进行了表征，采用恒流充放电测试方法研究了所制备的α-Ni（OH）2在不同电流密度下的放电比容量。

The changes of the electrodes structure were studied by XRD and the discharge performance at different current density tested by galvanostat charge-discharge method .

随着Al的添加量降低，样品中实际Al含量也降低，样品的放电比容量先升高，后降低；

The specific capacity of discharge increases first , then decreases with the Al contents decreasing , and the charge potential decreases first , then increases .

微孔容积增加25%，中孔容积增加30%，研磨后活性炭电极的比容量达到213.4F／g。

And the micropore volume increased by 25 % , mesopore volume increased by 30 % , specific capacitance increased to 213 . 4 F / g after milling .

利用偏最小二乘法－人工神经网络方法，对富镧Ni－MH电池阴极材料的放电曲线、初始容量、比容量等性能进行研究。

He PLS BPN method is applied to study the discharge curves , initial capacities and capacity ratios of Ni-MH battery materials .

降低纳米Ni（OH）2在垂直于[100]晶轴方向的结晶性，可以提高其电化学活性和比容量。

Electrochemical activity and specific capacity of nano-scale nickel hydroxides could be improved by reducing the crystalline in the direction perpendicular to the axis of [ 100 ] .

LiMn2O4的高温比容量衰减研究

LiMn_2O_4 Special Capacity Attenuation in High Temperature

（NH4）2S2O8体系聚苯胺的合成及其比容量的研究

Studies on the Synthesis and Specific Electric capacity of Polyaniline in ( NH 4 ) 2S 2O 8 System

在630℃焙烧的样品杂质含量高，但初始比容量可达155mA·h/g，可能是物相中含导电性较高的Fe2P及Fe杂质所致。

The sample obtained at 630 ℃ has higher capacity of 155 mA · h / g , maybe because of impurity Fe 2P and Fe with higher conductivity .

USY分子筛的结构对分子筛/Ni（OH）2复合超级电容器电极材料比容量的影响

The Influence of Zeolite Structure on the Specific Capacitance of Zeolite / Ni ( OH ) _2 Composite as Supercapacitor Electrode Materials

在Co3O4制备过程中掺杂Ni离子，并对掺杂后的电极电容性能进行研究。结果表明，掺杂Ni后Co3O4电极的比容量提高了5%。

We studied that Ni element doped to Co_3O_4 . The results showed that the adulteration of Ni improves the capacity of Co_3O_4 5 % .

层状Li（1+x）V（3）O（8）价格低、理论比容量高，是一种有发展前途的锂离子电池的正极材料。

Layered Li ( 1 + x ) V_3O_8 is regarded as a promising cathode material in Li ions battery for its low price , high capacity and other special electrochemical performance .

本论文对由酸处理法合成的LixMnO2材料进行了掺杂改性实验，结果表明，改性后的材料虽然循环性能有显著改善，但比容量会有所减少。

The adulteration and melioration experiment of the materials prepared by acid-treating method were studied , the results proved that the material treated had an excellent steady property , but less reversible capacity .

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 electrode added with acetylene black shows the highest specific capacity and the lowest capacity density .

MH-Ni电池比容量与自放电和循环寿命的关系

Relations of specific capacity of Ni-MH battery with self discharge and cycle life

掺杂Co可以明显提高泡沫镍电极的放电比容量，提高Ni（OH）2的活性物质利用率和充放电循环性能。

Experiments results showed that the doping of Co can improve the electrochemical properties of nickel hydroxide and foam nickel electrode , such as discharge specific capacity , utilization of active material , cyclic performance .

这类物质的理论比容量一般较常用的LiCoO2，LiNiO2，LiMn2O4等材料要高很多。

These materials have much higher theoretical capacities than that of conventional battery materials such as LiCoO_2 , liNiO_2 , LiMn_2O_4 , etc.

层状Li（1+x）V3O8价格低廉，理论比容量高，是最有前途的锂离了二次电池正极材料之一。

Layered Li_ ( 1 + x ) V_3O_8 is one of the most promising cathode materials in lithium-ion rechargeable batteries because of its low cost and high theoretical capacity .

不同温度下，随着循环的进行，LFP电极的比容量均呈衰减趋势。

The specific capacitance of the LFP electrode decreases gradually with cycling at various temperatures .

结果显示：随着Ni含量的增加，材料的层状结构越来越明显，Li+的嵌入越来越容易，比容量呈线性增长。

The results showed that when the Ni content increased , the layered structure of the material became more and more obvious , the insertion of Li + was easier and the specific capacity increased linearly .

在掺入1：1的碳后，在2C的电流倍率下，样品比容量提高25.6%。

The capacity was 25.6 % improved when carbons were mixed into the samples with the rate of 1:1 at the current rate of 2C .

当与石墨烯复合后，P（1,4-AQ）表现出高达234mAh/g的放电比容量，以及优秀的循环性能和倍率性能。

After being composited with graphene , P ( 1,4-AQ ) shows high discharge capacity of234mAh / g , excellent cycling stability and rate capability .

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。

It had a specific capacity of 278mAh / g at 0.1C .

在2mA／cm~2的充放电电流下测得的单电极比容量可达325.21F／g，循环寿命达5000次。

The specific capacitance of singal electrode could reach 325F / g when the charge-discharge current was 2mA / cm2 , and cycled over 5000 times .

在无任何添加剂的情况下，电性能测试表明，β-Ni（OH）2样品的第一和第十次放电比容量分别达218.1和211.5mAh.g-1。

Electrochemical property tests show that the discharge specific capacities of the β - Ni ( OH ) _2 samples without any additives for the first and the 10th cycles are 218.1 and 211.5 mAh · g ~ ( - 1 ), respectively .

目前，LiMn2O4材料研究的重点在于提高LiMn2O4的可逆比容量，增加循环寿命和提高高温下材料的充放电性能。

Al . In present , the key of researching spinel LiMn_2O_4 is to improve its rechargeable rate capacity , rechargeable life and charge-discharge properties under high temperature .

掺杂Cr后，材料的振实密度可达到2.51g·cm-3，相应的体积比容量为327.18mAh·cm-3。

After doped Cr , the tap-density could reach 2.51 g · cm-3 and its volumetric capacity was 327.18mAh · cm-3 .