电池结构

根据电流连续性原理计算了光谱响应SR，讨论了电池结构和梯度区最大锗浓度c对光生电流JI的影响。

According to the current continuity principle , the Spectra Response ( SR ) was calculated . The influence of solar cell structure and max concentration in gradient region on the photogenerated current has also been discussed .

模拟分析了局部背接触结构的作用，设计了合理的电池结构。

On the basis of simulation and calculation , proper cell structure was designed .

SiNx烧穿工艺下硅太阳电池结构研究

Study on monocrystalline silicon solar cell by co - firing process

a－Si∶HSchottky势垒太阳能电池结构中载流子俘获对电场的调制效应

Carrier Trapping Effects on the Electric Field in a-Si ∶ H Schottky Barrier Solar Cell Structures

丝网阳极TiO2染料敏化太阳能电池结构与性能研究

Study on Structure and Properties of Dye-Sensitized TiO_2 Films on the Stainless Steel Mesh Substrate

首先，SOFC采用全固体的电池结构，避免了使用液态电解质所带来的腐蚀和电解质流失等问题；

Firstly , equipped with all solid components , it eliminates the problems that liquid electrolyte fuel cell faces , such as corrosion and leakage of liquid electrolytes .

采用自制的LP-MOCVD设备，在Ge衬底外延生长出GaAs电池结构，并对电池结构片进行了后工艺制作，同时对电极制作中银镀层结合力的影响因素进行了研究。

GaAs / Ge heterostructure has been grown by home-made low pressure MOCVD system , and influencing factor of adhesion of silver electroplating layer in making electrode has been studied .

结果说明这是一个电化学光电池结构。

Our results suggest that the system is an electro-chemical photocell .

叠层多结光电池结构和电流匹配研究

Investigation on Structure and Current-matching of Multi-junction Tandem Photoelectric Cells

非晶硅薄膜太阳能电池结构中本征膜的初步研究

Research of the Intrinsic Film in the Amorphous Silicon Film Solar cell

密封双极性MH/Ni电池结构改进与研制

Structure improvement and development of sealed nickel metal hydride batteries in bipolar design

双极性MH/Ni电池结构改进研究进展

Research the progress in bipolar Ni / MH battery

同时介绍了全固态薄膜锂电池结构的研究，并提出了全固态薄膜锂电池现阶段研究存在的问题以及一些解决办法。

The studies on constructions of the thin film lithium batteries are also presented .

车用飞轮电池结构设计中的几个关键问题

Critical Problems in Flywheel Design for Automobiles

双室微生物燃料电池结构改进和处理中药废水初探

Studies on Structure Improvement and Chinese Medicine Wastewater Treatment Abilities of Two-chamber Microbial Fuel Cell

指出了选择性发射极太阳电池结构的特征。

The characters of the selective emitter solar cell structure are described in this paper .

叠层电池结构与工艺

Structures and Manufacturing Processes of Layer-Built Cells

分析了双极性电池结构，进一步研究了电池的密封原理。

The structure of bipolar battery was analyzed and the sealing principle of the batteries was studied .

针对双极性电池结构中存在的问题，提出了双极性电池的改进结构。

Improved structure of bipolar battery proposed by focusing on the problems within the structure of bipolar battery .

振动式球磨能够促进铁-镁间微电池结构的形成，从而使放热和放氢增加。

Concussive milling can promote the corrosion microstructure formation ; thus , increase the released volume of H2 .

同时，工艺结合了发射区表面钝化、背面场等技术，并对其进行优化改进，充分发挥了选择性发射极电池结构的优势。

Combined emitter passivation , back surface field ( BSF ) techniques fully exerted the advantage of this structure .

为了减小整体结构体积和重量，现代燃料电池结构大量使用纤维增强复合材料。

Fabric reinforced composites are widely used in modern fuel cell stacks in order to decrease the volume and weight .

讨论了电池结构参数和运行条件对质子交换膜燃料电池性能的影响。

The effects of fuel cell structures and operating condition on the performance of proton exchange membrane fuel cells are discussed .

实验结果对质子交换膜燃料电池结构的优化和设计具有重要的指导意义。

Experimental results on proton exchange membrane fuel cell structure and the optimization are of great significance in guiding the design .

用交流阻抗法研究了锂离子电池结构、充电状态以及温度对层状锂钴镍锰氧化物反应动力学的影响。

Electrochemical impedance spectroscopy ( EIS ) was applied to study the reaction kinetics of layer lithium cobalt nickel manganese oxide material .

为适应电动车快速充电的要求，应当改进电池结构设计，尽量降低电池内阻；

In order to meet the requirements of quick charge battery , design would be improved and internal resistance would be minimized .

良好的电池结构和尺寸将有利于反应气体的均匀分配、产物的排出以及电池内阻的减小。

Fine fuel cell structures and scales are benefit to the uniform distribution of reaction gas , the discharging of production , the reduction of fuel cell internal resistances .

在ITO/ZnPc/C60/bufferlayer/Al电池结构中，器件的性能都随着时间的变化呈递减趋势。

In ITO / ZnPc / C60 / buffer layer / Al cell structure , the device performances with LiF have changed with time and showed a decreasing trend .

简要地介绍了双极性铅酸蓄电池的发展历史，并采用与普通电池结构对比的方法介绍了双极性铅酸蓄电池在结构方面的特点。

The developing history of bipolar lead acid battery was introduced briefly and the structure of bipolar lead acid battery was illustracted by comparing with that of common lead acid battery .

由于这种电池结构处于平面结与垂直结之间，因此它既可作为常规电池，也可用于低倍聚光电池。

The cell has the advantage of both planar junction and vertical junction , therefore it can be used either as a conventional cell , or as a low concentration cell .