| 1. | There can be found that activation is benefit to improve capacity and deposition to cycling property
实验发现，活化对提高比容量有利，沉积对改善循环性能有利。 |
| 2. | Method for measuring the discharge capacity of the hydrogen storage alloys as the negative electrode of the metal hydride - nickel battery
金属氢化物镍电池负极用储氢合金比容量的测定 |
| 3. | Although lini0 . 8co0 . 2o2 shows a lower first specific discharge capacity than linio2 , it has a better cycling performance after 100 cycles
尽管掺co后首次比容量降低了一些,但是100次后循环性能得到较大的提高。 |
| 4. | Comparing with other wet methods , the technical processing of this one is simple and there is no restriction for the raw materials
以0 . 25ma . cm一的电流密度恒流放电，首次实际放电比容量可达350mah . g一，左右。 |
| 5. | Coal ldh ( ai : co = l : 2 ) as electrode has a stable structure and good cyclic performance . specific capacitance of its single electrode attains 400f / g
Ai双氢氧化物结构较稳定，循环性能较好，单电极比容量达到400fig 。 |
| 6. | Electrochemical measurements show that specific capacitance of single electrode is increased by 15 % and its impedance is only tens of m
双氢氧化物经水热处理后单电极比容量提高了15 ，达460f4 ，电极内阻仅数十毫欧姆。 |
| 7. | The specific capacitance of singal electrode could reach 325f / g when the charge - discharge current was 2ma / cm2 , and cycled over 5000 times
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。 |
| 8. | While layered linio2is the most promising cathode materials : plenty in resource , cheapness in price , high specific capacity and non - toxicity
层状linio _ 2化合物，其资源丰富，价格低廉，比容量高，对环境友好，被公认为是最有希望的正极材料。 |
| 9. | There can be found that coating is benefit to improve capacity and deposition to cycling property . graphite anodes are improved by coating to some extent
在实验中发现,包覆对提高比容量，改善循环性能有利，在一定程度上可提高石墨材料的性能。 |
| 10. | Along with the doped quantity of zn increasing , the first specific discharge capacities and cycling performance of lini0 . 8 - xznxco0 . 2o2 reduce after first enhance
随着zn掺入量的增加, lini0 . 8 - xznxco0 . 2o2的首次放电比容量和循环性能先提高后降低。 |
