Since the nanostructure is applied to a battery's cathode, he said, the next step is to study improving the anode, along with further increasing battery density.
他表示该奈米结构应用于电池的阴极，下一步是促进电池的阳极，并促进电池的储电能力。
Along with the increase of the current density, cathode polarization effect, coating grain with increasing more and fine.
随着电流密度的增加﹐阴极极化作用随着增加﹐镀层晶粒越来越细。
When the current density is too low, the cathode polarization effect, smaller coating, not even orange crystal bulky coating.
当电流密度过低时﹐阴极极化作用较小﹐镀层桔晶粗大﹐甚至没有镀层。
Cathode plasma moves ahead to the anode and changes diode effective gap. Plasma's expanding velocity is determined by electric field, density gradient and temperature gradient.
决定阴极等离子体膨胀速度的因素主要有二极管区的电场强度、等离子体的密度梯度和等离子体温度梯度等因素。
Cathode production surpassed this design by 1997 through innovative process optimization and increasing the current density.
到1997年，通过工艺的革新优化，并提高电流密度，使阴极铜的产量超过了该设计能力。
Since the nanostructure is applied to a battery's cathode, he said, the next step is to study improving the anode , along with further increasing battery density.
他表示该奈米结构应用于电池的阴极，下一步是促进电池的阳极，并促进电池的储电能力。
The test result proves that the CNT cathode with optimum array density is fabricated by the CNT paste with a density of 2.5 %.
实验证实浓度为2 5%的碳纳米管浆料制得的阴极有最佳的阵列密度。
To realize the high efficiency of dernisting, thenew type cathode wires and anode tubes with superperformance were developed for increasing the current density and field intensity.
实现除雾高效化，关键在于研制高性能的新型阴极线和阳极管，提高电流密度和电场强度。
Influence of the cathode electric current density, the agitating methods, the concentration and size of diamond powder and the placing methods of substrate on the deposition effect are discussed.
重点对影响金刚石上砂效果的几个关键因素进行了工艺试验，讨论了阴极电流密度、搅拌方式、微粉浓度及尺寸、基体放置方式对沉积效果的影响。
Being a novel functional material, the ferroelectric cathode materials were studied well with the leaded materials for their high electron emission density.
铁电阴极材料，作为一种新型的功能材料，以其高的发射电流密度等优点而受到重视。
The effect of electrolytic temperature, current density and concentration of copper-ion on the surface quality of copper on cathode was investigated.
研究电解温度，电流密度，铜离子浓度等对阴极铜质量的影响，通过目测和金相显微观察的方法对影响效果进行评价。
The estimation of the cathode current density of CRTs from cathode image by means of TV camera and micro-processing technique is proposed.
本工作利用电视和微处理技术，把整幅阴极象存入微机内存，经处理后推算出阴极电流密度。
For the ferroelectric cathode materials, the higher the electron emission density is, and the higher the electron energy is.
对于铁电阴极材料，电流发射密度是其关键性能指标。
This article mainly describes the influences on the reduction results, such as: the electrode material, electric current density, acidity of cathode liquor and initial temperature of feed liquid.
本文主要考察了电极材料、电流密度、阴极液酸度及料液初始温度对还原效果的影响。
The authors discussed the relationship that the overvoltage of cathode and anode are varied with the current density in terms ofthe electrochemistry.
从电化学理论上讨论了阴极、阳极过电位与电流密度的关系。
The optimum density of CNT cathode arrays was found by simulation, carried out by experiments.
本文通过模拟计算找出了最佳碳纳米管场发射阴极阵列密度，并通过实验进行了验证。
During the electroforming, the current density distribution on the cathode surface is decided by the anode profile and its position, which will influence the uniformity of the deposit finally.
在电铸过程中，电铸阳极的轮廓和位置决定了阴极表面电流密度的分布，并最终影响电铸层的均匀性。
The effect of the current density and fuel cell temperature, humidified temperature of cathode and anode, porosity of porous diffusion layer on the results mentioned above are discussed.
讨论了质子交换膜燃料电池运行电流密度和温度、阴极和阳极加湿温度、气体扩散层孔隙率等参数对以上结果的影响。
In the electroforming process, the anode electrode shape and position determine the current density distribution on the cathode and so the distribution and properties of the deposited metal.
电铸阳极的形状和位置决定了阴极表面电流密度的分布，并最终影响金属沉积层分布的均匀性及其材料性能。
The test result proves that the CNT cathode. With optimum array density was fabricated by the CNT paste with a density of 2.5%.
实验证实浓度为2.5%的碳纳米管浆料制得的阴极有最佳的阵列密度。
The ion energy and the density of beam flux of cold cathode ion source were measured by pentagrid probing and Faraday cup.
采用五栅网离子能量测量装置和法拉第筒测量了宽束冷阴极离子源的离子能量和离子束流密度。
With this apparatus, a plasma jet consisting of a mixture of methane, hydrogen and argon is realized at a high density between the anode and cathode.
这种装置是在阴极和阳极间用甲烷氢气及氩气产生高密度等离子体射流。
The experimental quantities, such as the electric current density, the concentration of SO2 and the gas flow rate in cathode compartment were tested.
考察了电流密度、气相中SO_2浓度、阴极室气体流量等因素对SO_2传质的影响。
Finally we discuss the differences of turn-on voltage, field emission current density and the stability of field emission display because the differences of the cathode of field emission.
并讨论由此而导致的开启电场的变化、场发射电流密度的变化以及亮度和稳定性的变化。
Working principle for the cathode roller in electrolytic copper foil production was established. Increasing current density on the cathode roller can increase productivity of the copper foil.
增大电流密度可以提高铜箔的生产率，保证稳定的电流密度，可以生产出一定厚度的铜箔，并给出了实用的设计准则。
Working principle for the cathode roller in electrolytic copper foil production was established. Increasing current density on the cathode roller can increase productivity of the copper foil.
增大电流密度可以提高铜箔的生产率，保证稳定的电流密度，可以生产出一定厚度的铜箔，并给出了实用的设计准则。
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