电解质时总是洁具手套，眼保护和旧衣服及避免烟雾呼吸。
When making electrolyte always ware gloves, eye protection and old clothes and avoid breathing in the fumes.
人为控制环境下，对玉米幼苗叶片中电解质外渗率、MDA含量以及保护酶活性的昼夜变化同步进行了测定。
The diurnal variations of electrolyte leakage, MDA concentration and cell defense enzyme in leaves of maize seedling were synchronously measured under the artificial conditions.
为了保护塑胶套管、印刷标示以及封口材料不被破坏，电解电容器不得以卤化化学药品或类似溶剂，作为电解电容器洗涤之用，如三氯乙烯、二甲苯类或酮类等。
In order to protect PVC sleeve, printed marks and sealing material, capacitors can not be cleaned with halogenated chemicals or similar solvent such as trichlorethylene, Xylene or Acetone, etc.
有两种对电解质中金属表面提供阴极保护的基本方法，它们是原电池阴极保护和外加电流阴极保护。
There are two basic methods of applying cathodic protection to a metallic structure in contact with an electrolyte. These are galvanic cathodic protection and impressed current cathodic protection.
提出了牺牲层工艺保护非加工面，并建立实验系统，对堆焊修复后的TC4叶片进行电解修型。
Sacrificial layer process was proposed to protect the non-machined surface in this work and an experimental system was developed to shape overlay welded TC4 blades.
采用PVA作为胶体保护剂，产品增稠能力强，稳定性好，耐电解质等综合性能均较好。
Using the PVA as the protective colloid could increase the thickening ability and stability and electrolyte resistance etc and it was very effective.
在锂离子电池电解液中添加4-溴苯甲醚（简称4BA）可提高锂离子电池的过充保护能力。
In order to improve the ability of overcharge protection, 4BA was added as a novel electropolymerizable additive to the electrolyte of lithium-ion batteries.
一般的阴极保护技术只能对处于传统电解质中的金属实施保护，对处于气相环境中的金属则无能为力。
The conventional cathodic protection technology only suits for protecting the metal in normal electrolyte environment, but is invalid to the metal in the atmosphere.
电路 在电解加工过程中起到保护工件及工具的重要作用。
Quick short-circuit protection system is an important part of electrochemical machining power supply.
在这种情况下，国内迫切期待一种全新的安全用电解决方案来升级和替代目前普遍采用的传统电气保护设备。
In this case, we expect urgently a kind of brand-new project about safe power consuming in order to upgrade and substitute the traditional electrical protection equipment at present.
随着电解的变化，温度上升到60度。当液晶面板的温度保护灯发出火花并给出报警时，应该停止电解。
When the liquid crystal panel temperature protection lamp sparkles and gives alarm, the electrolysis should be stopped.
随着电解的变化，温度上升到60度。当液晶面板的温度保护灯发出火花并给出报警时，应该停止电解。
When the liquid crystal panel temperature protection lamp sparkles and gives alarm, the electrolysis should be stopped.
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