片语

lower hybrid current drive efficiency低杂波电流驱动效率

Incident Photon-to-current Conversion Efficiency入射光子光电转换效率

photo to current conversion efficiency光电转化效率

direct current efficiency电流效率

current to gain efficiency电流增益效率

英汉例句

• when powders aluminium oxide is electrolyzed, how to raise the current efficiency in electrolytic cell and reduce cost is studied in this paper.

  对采用粉状氧化铝电解时如何提高电解槽电流效率，降低成本进行了探讨。

• using alloy as anode may be recommended as a technique for the synthesis of alkoxides, this process can run in sufficiently high current efficiency and high reaction activity.

  采用合金电极，可以有效克服不溶性金属醇盐在阳极的吸附问题，并同时合成几种金属醇盐，从而提高反应的电流效率。

• the process features simple operation, wide operating range, high current efficiency and fast deposition speed.

  该工艺操作简单，工艺范围宽，电流效率高，沉积速度快。

• it could help not only to increase the cathodic current efficiency of the chromium-plating solution, but also to obtain smooth appearance, high hardness and wearability of chromium electrodeposits.

  该法既提高镀铬液的阴极电流效率又降低生产能耗，可获得光亮平滑、硬度高、结合力好的镀铬层。

• it is pointed that with the increase of current density, the sulfur transfer ratio of regeneration liquor and the vitriol concentrating ratio will go up while the current efficiency will fall down.

  实验结果表明，随着电流密度的增大，再生液的硫迁移比、硫酸浓缩倍率增大，电流效率降低。

• when deposition current density was increased, w content in the coating was raised and deposition current efficiency decreased.

  随着沉积电流密度的提高，镀层中w的含量增大，而沉积电流效率降低。

• the technological innovation for changing input brine from faintly alkaline to weakly acid was introduced. the side reaction was reduced, so the current efficiency of electrolyzer was raised.

  介绍了对进槽盐水由酸堿性改为微酸性的技术改造，减少了副反应的发生，从而提高了电解槽的电流效率。

• the results show an increased current density not only increase the current efficiency and the oxygen yield, but also reduces the per oxygen power consumption.

  结果表明，提高电解槽工作电流密度，不仅有利于提高电流效率和氧产量，也有利于减小单位产氧量的电耗；

• this paper briefly describes theory, process and current status of the aluminium industry, introduces the problem of current efficiency of aluminium cell effected by the velocity fields.

  论文介绍了当前电解铝工业生产现状、原理和过程，提出了铝电解槽内速度场对铝电解槽电流效率的影响的问题。

• the results of studies show: the current efficiency , the energy consumption and the size of nickel powder can be controlled by changing the electrolytic parameters.

  研究结果表明：可以通过改变电解过程参数实现对电流效率、能耗以及镍粉粒度的控制。

• self-corrosion and crystal grain separation is main reason of low current efficiency of aluminum anode.

  引起阳极电流效率下降的主要原因是自腐蚀和晶粒脱落。

• the current efficiency of the br- oxidation on graphite electrodes is normally over 80% with the highest being 88. 5% .

  溴离子在石墨电极上氧化的电流效率一般在80％以上，最高可达88.5％。

• the optimum region of current efficiency was obtained by principal component analysis(pca) in poly-dimension and result the optimum point in the optimum area.

  用主成份分析对高维模式空间降维，寻找模式空间电流效率较高的区域；

• the covering power and throwing power and cathodic current efficiency and depositing velocity of the bath were determined.

  测试了镀液的分散能力、深镀能力、阴极电流效率和沉积速度；

• the paper describes the impact of metal ions impurities on current efficiency and electrolytic zinc quality of long cycle electrowinning process.

  阐述了长周期锌电积过程中金属离子杂质对电流效率和电锌质量等方面的影响。

• whentwo chambered electrodialyzer is used, the average current efficiency is over 80% at 97% conversion ratio of sodium tartrate.

  结果表明，在酒石酸钠（或钾）的转化率达97%时，电流效率在80 %以上。

• the current efficiency that could be improved by using tetrabutylammonium cations nearly retained the same performance at different concentrations of the said reagent.

  四丁基铵阳离子可以提高电流效率，但电流效率的增加值不受浓度变化的影响。

• the electric current efficiency was influenced by many kinds of factors in the process of electrodeposition.

  采用电沉积法制备氧化镍薄膜电极材料的过程中，电流效率受多种因素的影响。

• the current efficiency of the anode significantly dropped with the increasing ac density.

  阳极电流效率随交流电流密度的逐步增大而明显下降。

• low liquidus temperature enables low bath temperature. the current efficiency increases with the decreasing of bath temperature.

  低液相线温度允许低电解温度，而降低电解温度可大大提高电流效率。

• the current efficiency and yield of glyoxylic acid were studied under different structured packed bed reactors and different electrode materials, temperatures and current densities.

  考察改变固定床的结构、电解温度及电流密度对生成乙醛酸电流效率和产率的影响。

• some kinds of side reactions occurred during the electrolysis of brine were pointed out, and their influences on current efficiency were analyzed.

  指出电解食盐水时可能发生的几种副反应，分析其对电流效率的影响，介绍利用副反应产物计算阴极电流效率的公式及其应用。

• the results show that the anode passivation can be decreased through the mechanical force of the drum anode, and the current efficiency can be improved.

  结果表明：转鼓阳极的机械力作用可以缓和阳极钝化，提高硬质合金废料电解的电流效率。