li - ion battery造句

• Research progress in cathode material of lifepo4 for li-ion battery
  4正极材料的研究进展
• 4 . power supplied by a li-ion battery
  4.另配锂电池供电
• The novel li storage alloy negative materials for advanced li-ion batteries
  新型锂储藏合金负极材料研究进展
• li-ion battery production line
  锂离子电池生产线项目
• Research progress in tin-based negative electrode materials for li-ion batteries
  磷酸铁锂锂离子电池正极材料的研究
• The lightweight, long-life li-ion battery ensures uninterrupted inspections
  无需担心电量损耗而丢失有价值的检测时间。
• Surface modified natural graphite as intercalating anode for li-ion batteries
  表面修饰的天然石墨用作锂离子电池嵌锂阳极
• So we develop the li-ion battery's automatic measure and classification system
  鉴于此，开发了锂离子电池自动检测分选系统。
• Research progress on lithium manganese oxides as cathode materials for li-ion battery
  锂离子蓄电池正极材料锂锰氧化物的研究进展
• li-ion batteries
  锂离子电池
• Study on the preparation of layered lithium manganate used as anode material of li-ion battery
  锂离子蓄电池正极材料层状锰酸锂的制备研究
• li-ion battery system is a successful example for putting the intercalation theory into practice
  摘要锂离子电池为将嵌入理论付诸实践的一个成功的实例。
• Nowadays, li-ion battery is widely used, and in practice is often used in packs
  如今锂离子电池在各地有着广泛的应用，且在实际应用中又以组合电池的形式居多。
• Now, in the world, the batteries used in ev involve lead-acid batteries, li-ion batteries, znmh batteries, nige batteries and so on
  流行的电动汽车动力电池主要是铅酸电池、锂离子电池、碱性锌锰电池、镍镉电池等等。
• li-ion batteries are widely used for their favorable advantages of high voltage, big specific capacity, long cycling life and non-pollution
  锂离子电池以其高电压、比能量大、循环寿命长，无污染等优点而得到广泛的应用。
• The pvdf-hfp / pmma blended gel type polymer li-ion batteries are studied . the ratios of the pvdf-hfp and pmma affect the performance of the batteries
  进一步讨论了pvdf-hfp/pmma共混物凝胶电解质组分的改变对电池性能的影响。
• Pmma gel type li-ion batteries are prepared by radical polymerization . the effects of the mma monomer, initiator and methods of polymerization are studied
  甲基丙烯酸甲酯(mma)单体、引发剂和聚合条件都对电池性能产生影响。
• Smart charge, as a important part of mobile telephone software, is also one design object of the paper, the realization of li-ion battery charge is provided
  之后又对手机电池充电进行了软件设计，重点描述了li-ion电池充电的实现算法。
• With the commercial development of li-ion battery, the improvement of cyclicity and safety of battery has already drawn a great attention
  随著锂离子电池商业化的不断发展，提高电池在室温及高温下的循环性和安全性已经引起了人们的高度重视。
• With the commercial development of li-ion battery, the improvement of cyclicity and safety of battery has already drawn a great attention
  摘要随著锂离子电池商业化的不断发展，提高电池在室温及高温下的循环性和安全性已经引起了人们的高度重视。