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   导体电极 的翻译结果: 查询用时:0.249秒
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导体电极
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  “导体电极”译为未确定词的双语例句
     The Cu+ ionic conductor is used for the solid electrolyte, and Cu2Mo4S7.7 for mix-conducting electrode.
     研究采用Cu~(+)离子导体为固体电解质,Cu_2Mo_6S_7.7为混合导体电极.
短句来源
     Calculation of the Capacitance of Thin Conductor Disclike Plate
     形状接近圆盘的薄导体电极电容的计算
短句来源
     In this thesis, using the scattering matrix method within Landauer-Büttiker frame, we study the low temperature electron transport properties for a weak SOC semiconductor quantum wire connected to two normal metal electrodes (leads) in the framework of effective-mass free electron model. We have found some interesting results for this system.
     本文采用有效质量自由电子模型,用散射矩阵方法在Landauer-Büttiker框架下,研究了Rashba自旋轨道耦合量子线连接两个正常导体电极系统的电子输运性质,得到了一些有意义的新结果。
短句来源
     In chapter three, we theoretically study the low temperature electron transport properties of a weak SOC semiconductor quantum wire connected nonadiabatically to two electrode leads without SOC.
     在我们自己的工作第三章中,我们系统地研究了一个两端连接正常导体电极自身含有Rashba自旋轨道耦合的量子线系统的电子输运性质。
短句来源
     A kind of solid super ionic capacitor, the ion injected capacitor, has been presented in this paper. It has a structure of "mix-conducting electrode /fast ionic conductor or mixing FIC and carbon polar electrode powders/mix-conducting electrode".
     本文提出了一种具有“混合导体电极/快离子导体(或快离子导体粉体与炭质极化电极颗粒混合体)/混合导体电极”结构的离子注入型超大容量固体离子电容器.
短句来源
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  相似匹配句对
     Studies of Fluidized Bed Electrode Made from Non-Metal Conductor and Its Applications
     非金属导体流态化电极的研究及应用
短句来源
     Solderable Ag Conductive Paste for DC Electrodes
     用作DC电极的可焊银导体浆料
短句来源
     RESETTING DEVICE FOR ELECTRODES
     电极调节装置
短句来源
     The result showed that fill factor of bicomponent films electrode was higher than fill factor of titania electrode.
     薄膜电极
短句来源
     from ferromagnetic metalsto normal metals;
     铁磁金属到导体
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  conducting electrode
The effect of a conducting electrode on the interaction of dust grains in an ion flow is discussed.
      
applied voltage plots are presented for systems consisting of a transparent conducting electrode, an a-C: H film, and a mercury contact.
      
The glass is in contact with the conducting electrode through an inner electrolyte.
      
The electrode-barrier structure acts as a conducting electrode as well as an excellent diffusion barrier for lead, bismuth, oxygen and silicon.
      
In addition, the conducting electrode-barrier structures can be deposited in situ, directly over n+polycrystalline Si, thereby significantly improving the density of the device.
      
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A kind of solid super ionic capacitor, the ion injected capacitor, has been presented in this paper. It has a structure of "mix-conducting electrode /fast ionic conductor or mixing FIC and carbon polar electrode powders/mix-conducting electrode". We discovered that its capacitance is proportional to the amount of mixing electrodes, apart from existing in the eletric double layer. The Cu+ ionic conductor is used for the solid electrolyte, and Cu2Mo4S7.7 for mix-conducting electrode. The properties of this new...

A kind of solid super ionic capacitor, the ion injected capacitor, has been presented in this paper. It has a structure of "mix-conducting electrode /fast ionic conductor or mixing FIC and carbon polar electrode powders/mix-conducting electrode". We discovered that its capacitance is proportional to the amount of mixing electrodes, apart from existing in the eletric double layer. The Cu+ ionic conductor is used for the solid electrolyte, and Cu2Mo4S7.7 for mix-conducting electrode. The properties of this new model ionic super capacitor are: capacitance density is as high as 50F/m3, equivalent series resistance (ESR) is 40Ω, leakage current is 15μA, and decomposition potential is 600 mV.

本文提出了一种具有“混合导体电极/快离子导体(或快离子导体粉体与炭质极化电极颗粒混合体)/混合导体电极”结构的离子注入型超大容量固体离子电容器.其电容量除由界面双电层形成外,研究还发现电容量随混合导体电极用量增加线性增大.研究采用Cu~(+)离子导体为固体电解质,Cu_2Mo_6S_7.7为混合导体电极.其容量密度高达50F/Cm~3,等效串联电阻(ESR)为40Ω,漏电流为15μA,分解电位为600mV.

The approximate calculation of the capacitance for isolated conductor plate with its shape close to a disc is studied from the point of view of equivalent capacitance by using Taylor' s series expansion. Some examples are given to illustrate the precision of this method.

本文利用等值电容方法并借助泰勒级数展开式研究了形状接近圆盘的薄导体电极电容的简便近似计算,并以实例说明了用这一方法所给出结果的精度.

The e-experimental method and typical kinetic model of O2, metal/oxygen ion conductor electrode kinetics research have beensummarized. The influences Of electrode materials on electrode process and the significance of electrode kinetics research have also beenintroduced.

综述了近年来O2、金属/氧离子导体电极过程动力学的主要实验方法、典型的动力学模型,并简要介绍了研究电极动力学的意义。

 
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