查询词典 cathode

This paper find that the force on the surface of the cathode, which is led by the electrolyte, will become larger while the interelectrode gap decrease through test,and so do the current. This relationship can be used to predict the interelectrode gap.

本文通过采集真实电解加工中阴极表面上来自电解液的平行于机床主轴的力和加工电流，利用小波变换对采集的信号进行处理，提取趋势项，发现：随着间隙减小力和加工电流都增大，可以据此间接实现间隙的测量。

For experiments, 6-dimention forces ball link sensor based on Stewart platform is developed by ourselves. It is embedded between ECM machine''s principal axis and cathode to inspect 6-dimision forces with the variation of interelectrode gap.

试验中，自行研制了基于Stewart平台的球铰接式六维力传感器，并把传感器嵌入安装到机床主轴与阴极之间，检测电解液作用在阴极上的六维力。

Based on 6-dimision forces and machining currents, intelligent on-line monitoring and controlling the interelectrode gap is realized on the dissertation. The relation among 6-dimision forces received by cathode, machining currents and interelectrode gap is investigated widely and deeply.

本课题从电解液作用在阴极上的六维力及加工电流信号两个全新的角度入手，以平面、斜面、叶片型面三种工件的电解加工为对象，进行了电解加工间隙在线检测及智能控制的研究，对六维力、加工电流与加工间隙之间的关系进行了广泛而深入的探索。

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；孔隙率大和粒度小均有利于电解还原的进行，孔隙率小会导致阴极产物形成致密的金属钽外层，阻碍阴极进一步脱氧；成型压力4 MPa时1 150 ℃烧结2 h制备的阴极片具有合适的孔隙率和粒度，电化学活性良好，电解产物形貌均匀，氧含量低。

The first ionization energy of element of cathode material is an important factor with influence on the the performance of field emitter.

阴极材料元素的第一电离能是影响场发射体性能的重要因素。

It has been found that the ionization processes are determined by hollow cathode effect and local electric field.

通过研究电离过程的细节，可以认为该阶段电离过程是空心阴极效应和局部强电场共同作用的结果。

In the experiment, a powder pressedboard whose concentration of W, Mo, Co was 35%, 20%, 45% seperately was regarded as a source pole. Under the hollow cathode effection of incordinate voltage, the Ar atom was ionized to Ar+. Then the source pole and the specimen one were cleaned by a great amount of Ar+. Their temperature was increased to about 1100℃.

利用不等电位空心阴极放电效应，真空条件下被电离的Ar~+离子同时轰击源极和工件极，源极上的合金元素被溅射出来，在强烈的电场作用下，吸附到受轰击而得到清洁的工件表面上。

Laser was used in anther set of experiments to irradiate the cathode in order to touch off the excess heat.

激光在另一组实验中被用来照射Pd阴极，以对"过热"的生成产生触发作用。

The polarization processes of cathode under different additive concentration were analyzed by LCV and CP while the additives' effects on morphology of copper pulse deposits were measured by SEM.

采用电化学方法LCV和CP，分析了不同添加剂浓度下电镀过程的极化情况；用SEM表征了三种添加剂对脉冲电镀铜的镀层结构形貌的影响。

In the experiment, the electrolyte was lead nitrate aqueous solution containing zirconium oxide chloride and titanium chloride solution. Stainless steel plate was employed as both cathode and substrate.

实验中所用的电解液是混有氧氯化锆和三氯化钛的硝酸铅溶液，采用不锈钢片作为阴极和基底。

Use nationalization degree and the relationship that commercialize degree, condition of calculable market economy plays scope of optimal and state-owned economy.

利用国有化程度与市场化程度的关系，可计算市场经济条件下最佳国有经济规模。

The kinds of extractant also effected desulfurization rate .

萃取剂对脱硫率的影响也很大，乙二胺的萃取效果优于甲醇的。