锂

The results indicate that Zr-doping materials have better electrochemical performance and weaker electrode polarization and no passivating film can be found over the electrode, and among which the sample with the Zr∶Ti=1∶10 is the best.

实验结果表明：锆的掺杂在一定程度上改善了锂钛氧化合物的电化学性能，降低了电极极化，在电极表面未形成钝化膜。

In the first cycle of lithium ion battery, solvent decomposition reaction on the surface of electrode will lead to the formation of a passivating layer, commonly named solid electrolyte interface film.

在锂离子电池的充放电过程中，电极和电解质界面区由于电解质与电极材料之间的相互作用而在电极表面形成一层厚度在几个纳米范围的表面层，这个表面层被称为固体电解质中间相(Solid Electrolyte Interface Film，简称SEI膜)。

Also two kinds of plasticizing lithium-ion batteries with new structure were presented.

因为PLI的价格降低，更易于装配，没有自由液体意味着可以采用轻的塑料包装而不像传统锂

It has been found that pure LiNbO3 powders could be prepared at about 600 and 240 ?

目前已发现的纯铌酸锂粉末可以准备约600名和240名？

Power comes from a lithium-polymer battery pack the company claims recharges in three hours.

动力来自锂聚合物电池，公司称其充电时间为3小时。

Note : Li-Ion batteries need to be charged to 100% at the start of the battery reconditioning process.

p/ f0 Z g/ w f 注意：锂电在电池修理后的第一次充电需要充电到100％。

It's part of a new international regulation designed to reduce the risk of lithium battery fires as a result of short-circuiting.

此规范是旨在减少锂电池因短路著火风险的新国际规范中的一部份。

Heading up the company is Shiva Vencat, who says that while the "whole wide world" may criticize air-powered cars, at the end of the cars such as the Chevrolet Volt need a "massive lithium-ion battery" and hence the final cost to consumers skyrockets.

标题该公司是湿婆Vencat ，谁说，而&整个世界上&可能批评空气动力汽车，在年底的汽车，如雪佛兰Volt需要&大规模锂离子电池&，因此，最终费用消费者skyrockets 。

Its range of 100km (62mi) from a lithium-ion battery back and 60hp (44kW) power output mean it will be limited to test-drives in the city, but that's where EVs are meant to shine anyway - cutting street-level pollution and noise, reducing petroleum dependence for 90% of travel needs and making the business of daily life just a little bit cheaper.

及其范围100公里（ 62mi ）由锂离子电池回和60hp （ 44kW ）的功率输出意味着将仅限于测试驱动器中的城市，但这是在电动汽车的目的是服务反正-切割街头污染和噪音，减少石油依赖的90 ％旅行的需要，使企业的日常生活只是一点点便宜。

It can also result from that the conductance rate of acetylene black and the transfer rate of lithium ion are higher thanthat of graphite.

再就是乙炔黑的电导率和锂离子迁移速度比石墨的也要高。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。