rated capability meaning in Chinese
额定出力
Examples
- Especially , atm based pon ( atm - pon or apon ) has been so called the broadband access solution of the 21st century . it integrates the advantages of multi - service and multi - bit rate capabilities of atm and high bandwidth and low cost of pon
尤其是基于atm的无源光网络( atm - pon或称apon )被誉为面向二十一世纪的宽带接入解决方案，它结合了atm的多业务、多比特率支持能力和无源光网络的带宽、成本优势。 - In all kinds of alternatives , atm based passive optical network ( apon ) has the most promising prospect , which supports broadband service and service transparency . in addition , it combines the advantages of multi - service and multi - bit rate capabilities of atm and the advantages of wide bandwidth and low cost of pon
在各种可能的接入方案中，长远看基于atm的无源光接入网( apon )是最具市场潜力的接入方案，它支持宽带接入业务，业务透明，结合了atm的多业务、多比特率技术和无源光接入网的宽带宽、低成本优势。 - The results shows : under high - rate discharge conditions , the batteries with cnts added in the positive electrodes exhibited much better cycling stability , higher discharge voltage and high - rate capability . the increase in internal resistance of the batteries with cnts was lower than that of the batteries without cnts during charge - discharge cycles . the addition of 0 . 5 wt . %
结果表明：在高倍率放电的条件下，正极中添加少量cnts的ni mh电池具有更好的循环稳定性、更高的放电平台以及更好的高倍率性能；正极中添加少量cnts制成的mh ni电池在高倍率放电的循环过程中内阻升高较小；正极添加0 . 5wt . cnts的电池具有理想的高倍率性能和综合性能，过多的加入cnts无益于电池性能的提高。 - Too much cnts contributed no effect in the improvement of overall performance of the batteries . the batteries with nano - scale coo shows better active properties , the addition of nano - scale coo further the conductivity of the nickel electrode , thus lower the internal resistance of the batteries , higher discharge voltages are achieved accordingly . for the formation of the better conductive net of coooh , the effectivity of discharge rise , that contributes positive effect to the high rate capability of the batteries
浙江人学硕十学位论文摘要正极添加纳米coo的ni / mh电池具有较好的活化性能，纳米coo更好地增强了镍正极的导电性，进一步减小了电池的内阻;正极添加纳米coo的ni / mh电池还具有较高的放电平台;由于纳米coo的纳米结构，以及相对于普通c00更大的比表面积，会在碱液中溶解形成更均匀致密的co0oh导电网络，从而提高了放电效率，对电池的高倍率性能也有积极的影响。