The electrolyte leakage rate of leaves and roots was raised.
叶片及根系电解质渗漏率增大；
The electrolyte is innocuous and doesn't pollute the environment.
该电解液无毒无害，对环境没有污染。
The coolant, with its ionic corrosion inhibitors, is the electrolyte.
水箱水它带有抗腐蚀抑制剂的离子， 可看作是电解液。
The decomposition voltage of the electrolyte was not effected by adding TFP.
添加tfp对电解液的分解电压没有影响。
That generates electricity and causes the metals to recombine in the electrolyte.
这会产生电流并使金属在电解液中重新合成。
The ions crossed the electrolyte and the electrons travelled round the external circuit.
锂离子穿过电解质，而电子穿过外部电路。
The electrolyte within the glass electrode is an acid solution of definite strength.
玻璃电极中的电解质是具有一定浓度的酸溶液。
When the battery is fully charged, the two metals are separated from the electrolyte.
当电池完全充电后，两个金属分离电解质。
Once in the polymer, the electrolyte stays there until a newly applied voltage coaxes it out.
一旦电解液被聚合物吸入，那这些液体就得待在里面，直到新输入的电压把它们给排出去。
But the electrolyte can evaporate, causing the muscle to dry out when exposed to the air.
但是电解液会挥发，因此当这种肌肉暴露在空气中时就会干涸。
Also, the composition of the electrolyte was found to influence the cyclic stability of PANI.
同时，考察了电解质组分对聚苯胺电致变色稳定性的影响。
To compare the renal function and the electrolyte disturbances before and after the treatment.
分别观察治疗前后的心肾功能损害及电解质紊乱。
The anode is usually the metal to be plated (assuming that the metal will corrode in the electrolyte).
阳极通常为被镀金属（假定该金属能在电解液中腐蚀）。
The temperature and humidity can influence the electrical conductivity of the electrolyte to some extent.
放电温度和湿度会影响电解液的电导率，但变化幅度并不是很大。
Meanwhile, a film inclined to form on the surface because inset lithium was not stable in the electrolyte.
同时，嵌锂态时在电解液中较不稳定，有生成表面膜的趋势。
This current dissolves metal particles from the workpiece into the electrolyte by electromechanical reaction.
通过电化反应，电流把工件上的金属粒子熔进电解液。
If you breathe the gas or ingest the electrolyte, please wash out your mouth and throat with water immediately.
若吸入气体或咽下电解液，应立即用水清洗口腔和喉咙。
Small floating charge current, less calorific power battery, the electrolyte acid stratification does not occur.
浮充电流小，电池发热量少，电解液不发生酸分层。
Polymer electrolyte membrane (PEM) is used as the electrolyte in polymer electrolyte membrane fuel cell (PEMFC).
质子交换膜燃料电池(PEMFC)采用质子交换膜(PEM)作为电解质。
Electrolysis: make the current through the electrolyte solution at the anode and cathode cause REDOX reaction process.
电解：使电流通过电解质溶液而在阳极，阴极引起氧化还原反应的过程。
The electrolyte would also be changed by the electroplating process and would cause the pickoff to give erroneous results.
在电镀过程中，电解液也将随着改变，从而会使信号传感器给出错误的结果来。
This liquid reaction product of LiI , I 2 , and P2VP provides an order of magnitude enhancement of the electrolyte conductivity.
这个液态反应产生碘化锂、碘、和P2VP将电解质的电导增加了几个数量级。
The electrolyte is stored in an external tank and pumped through the battery’s cells to convert chemical energy into electricity.
电解液储存在容器外然后泵过电池并将化学能转换为电能。
Experimental lithium-sulphur cells tend to wear out, because the sulphur in their electrodes gradually dissolves into the electrolyte.
试验阶段的锂硫电池极易破裂，原因是电极中的硫会慢慢溶解到电解液里面。
Experimental lithium-sulphur cells tend to wear out, because the sulphur in their electrodes gradually dissolves into the electrolyte.
在试验中，锂-硫电池往往会损坏，因为电极当中的硫会溶解在电解质中。
Previous researchers had tried to sidestep this problem by using gel polymers for the electrolyte, but even these contained flammable solvents.
先前的研究人员设法用凝胶聚合物电解质来避开这个问题，但是仍会含有易燃的溶剂。
Before the technique, must undergo 24-48 hour preparation, the correction dehydration and the electrolyte disorder, the supplement sylvite.
术前必须经过24 -48小时的准备，纠正脱水和电解质紊乱，补充钾盐。
Both the function of components of the electrolyte and the effects of the electrolytic parameters on electrolytic colouring were elucidated.
阐明了电解着色液中组分的作用和电解参数对着色的影响。测定了着色液和着色膜的性能。
Over-heating occurs because cobalt oxide emits oxygen while being heated, and oxygen reacts with the electrolyte, thus producing even more heat.
过热产生的原因是充电的时候钴氧化物会释放氧，然后氧再和电解液反应，这就产生了更多的热。
Over-heating occurs because cobalt oxide emits oxygen while being heated, and oxygen reacts with the electrolyte, thus producing even more heat.
过热产生的原因是充电的时候钴氧化物会释放氧，然后氧再和电解液反应，这就产生了更多的热。
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