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- deactiviation of cathode 阴极失活
- Change the Zinc block of cathode Protection. 换阴极保护用的锌棒。
- Some of the properties of cathode rays listed below. 现将阴极射线的一些特性开列如下。
- Change the Zink block of cathodic Protection. 换阴极保液用的锌棒。
- The dynamic response of fuel cell characteristics after step change of cathode inlet velocity, humidity and cell voltage was analyzed. 最后，分析了阴极入口速度、湿度和电池电压阶跃变化后电池特性的动态响应特性。
- "The EPA regulates the export of cathode ray tubes (CRTs) and CRT glass," an EPA spokesperson told DailyTech. 一个环保总局的发言人说，我们正在规划垃圾CRT显示器的出口问题。
- The purification of electrolyte is necessary in copper electrorefining, it related to the quality of cathode directly. 电解液净化是铜电解精炼必不可少的重要工序，它直接关系到阴极铜的品质。
- The SEM micrographs of CNT deposits formed on the top surface of cathode show quasi-hexagonal structure. 阴极石墨沈积表面的顶面SEM，可见类六边形的结构。
- Lead in glass of cathode ray tubes, electronic components and fluorescent tubes. 阴极射线管,电子元件以及荧光管的玻璃中的铅。
- A study was made of the effect of cathode material and various operating conditions on the elec- troboc reduchon of glucose. 研究了阴极材料及工艺条件对葡萄糖电解还原的影响。
- The results are encouraging and show that this method may be used to develop magnetic deflection systems of cathode ray tubes (CRT). 这为偏转线圈中三维磁场强度的计算提供了一个快速而较为准确的方法;可用于显像管磁偏转系统的模拟和研制中.
- How can I persuade you of my sincerity? 我如何能够让你相信我的诚意？
- There is a vein of melancholy in his character. 他的性格中有少许忧郁的气质。
- The results indicate that super heat has few influence on current distribution of cathode and anode as well as average magnetic field. 结果表明：电解质过热度对阴、阳极电流分布、铝液层电位差、铝液平均磁感应强度几乎无影响；
- A bowl of hot chicken soup is good for you. 喝一碗热鸡汤对你有好处。
- A cloud is a mass of vapor in the sky. 云是天空中的水汽团。
- The results show that the particle size and porosity of cathode pellets are significant factors for three-phase interline during electrolysis process. 结果表明：阴极片的颗粒尺寸与孔隙率是影响有效三相界线的重要因素；
- This strain of wheat can grow during a cold spring. 这种小麦可以在寒冷的春天生长。
- Have a glass of beer to rinse your dinner down. 喝杯啤酒把你吃的晚饭冲下去。
- Dynamic thermal dissipation of cathode module in electron gun of traveling wave tube(TWT) were theoretically simulated with a newly-developed model. 阴极作为行波管的“心脏”,其内部结构的热耗散是影响行波管预热时间的关键问题,热传导和热辐射是引起阴极组件内部热耗散的最重要因素。
