size of anode
英 [saɪz ɒv ˈænəʊd]
美 [saɪz əv ˈænoʊd]
阳极规格
双语例句
- Remedy for Falling off of Big Size Pieces from Tapered Anode and Formation of Longitudinal Cracks in Anode
铝电解槽阳极锥体掉块并形成裂缝的挽救 - The corrosion structure, grain size and boundary distribution of aluminum anode foil for low voltage electrolytic capacitor were analyzed and investigated based on observation of scanning electronic microscope and orientation mapping with electron back scattering diffraction technology.
采用扫描电子显微镜和背散射电子取向成像技术分析研究了低压电解电容器用阳极铝箔的腐蚀结构、晶粒尺寸和晶界分布对比电容的影响及相关机理。 - The sorts, size, number and the arrangement of anodes used in the anode's ground bed in design of the cathodic protection were discussed in detail.
叙述了阴极保护设计中阳极地床使用的阳极种类、规格、数量以及阳极的布置。 - Such factors as mechanic pre-treatment of titanium substrate and compositions of the film will influence particle size of the nano-crystal oxide in its thermolysis preparation, resulting in the change of electrochemical performance of the oxide anode.
在使用热分解法获得纳米晶氧化物的过程中，钛基体机械前处理、涂层成分、烧结温度、烧结时间等制备因素均影响最终所得涂层氧化物纳米晶粒尺寸，从而使电极的电化学性能发生变化。 - The galvanostatic discharge curve of spinel LiMN_2O4 cathode and graphite anode have been simulated. The effect of particle size on the discharge capacity of spinel LiMN_2O4 cathode and graphite anode is evaluated.
模拟了LiMN2O4正极材料和石墨负极材料的恒流放电曲线，分析了颗粒粒径对这两种材料放电容量的影响。 - Study on phase size distribution function could provide guidance for optimization of three-dimensional structure of the anode. 3.
研究各相粒径分布可以为优化阳极的三维结构提供指导。 - The second is the distance between the cathode and anode. The size of the distance will largely determine the number of electrons the anode receives from the cathode emission, which will affect the anodic current.
其次是阴极与阳极之间的距离，距离的大小会很大程度上决定了阳极收到的从阴极发射过来的电子数目，从而影响阳极电流。 - Besides, the position and the size of the voltage of the virtual cathode produced by space charge, which affects the number of electrons emitting from the cathode to the anode because the virtual cathode is the last obstacle that the electron can reach the anode.
还有因空间电荷而产生的虚阴极的位置和虚阴极电压的大小，它影响那些能到达阳极的电子数目，因为虚阴极是电子能到达阳极的最后一道障碍。