| 1. | Relationship between structure and specific capacitance of activated carbon with super - high specific surface area
超高比表面积活性炭结构与比电容的关系 |
| 2. | The specific capacitance of pbz electrode is up to 150 f / g . after 500 cycles , the capacitance has only 16 . 7 % loss . 2
在1 - 500圈的直流充放电过程中,聚联苯胺的比电容损失了16 . 7 % 。 |
| 3. | Although the ruthenium - oxide system gives very high specific capacitance , it has the inherent disadvantage of high price and toxicity
贵金属氧化物( ruo _ 2 )是性能优异的超级电容器电极材料，但其价格昂贵，有毒。 |
| 4. | 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 。 |
| 5. | 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。 |
| 6. | 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。 |
| 7. | After the anthracite - based hsaac is soaked in hc1 , its charge - discharge performance becomes better while its specific capacitance decrease slightly
Sh 。对无烟煤基hsaac进行酸处理，可以提高其充放电循环稳定性，但比电容略有下降。 |
| 8. | Specific capacitance of edlcs based on activated cnts were obviously improved and the equivalent series resistance decreased , but the effects were influenced by duration of activation process
由活化后的碳纳米管制成的双电层电容器的比电容明显提高，等效串联电阻下降，性能得以改进。 |
| 9. | The specific capacitance of anthracite - based hsaac increases gradually with increase of the specific surface area , but the relationship between them is not linear dependence
随着比表面积的增大，无烟煤基hsaac的比电容逐渐增大，但比电容的增加与其比表面积的增大并不呈简单的直线关系。 |
| 10. | Now , it is the major reseach direction how to improve and enhance the performance of supercapacitors , such as specific capacitance 、 specific energy density and specific power density , and so on
超级电容器为一种新型的优良储能器件。研究如何提高其主要技术参数也就成为了研究的主攻方向。 |
