电化学电池

该材料适用于发光二极管、光催化剂和电化学电池。

It is applied to LED , photocatalyst and electrochemical cell .

电化学电池测量碳饱和铁液中的硅含量

Determination of silicon content in CABON-SATURATED melten iron with electrochemical cell

所建模型适合于所有液体电化学电池。

The model suits to all liquids electro-chemical battery .

一种吸收光谱电化学电池的研制及其应用

The Design and Application of a Spectroelectrochemistry Cell

电化学电池，更具体地说，包括锂负极和二硫化铁正极的电池。

Electrochemical battery cells , and more particularly , to cells comprising a lithium negative electrode and an iron disulfide positive electrode .

所以，这是在一个电化学电池中发生的，它是靠输入的能量工作的，从和这个类似的电源输出的能量。

So , this is what goes on in an electrolysis cell , and it works thanks to input energy from a power supply shown here .

采用自行设计的参比电极后置式三电极电化学测量电池，模拟大气腐蚀的状态，对气相缓蚀剂的电化学性能进行了研究，探讨了V2缓蚀剂的作用机制。

Anti-corrosion mechanism of V2 vapor phase inhibitor was investigated by electrochemical analysis .

本工作采用光电化学方法研究CdSe半导体隔片电化学光电池的电功率输出特性。

In this paper , using photo-electrochemical methods , the power output characteristics of a CdSe semiconductor septum electrochemical photocells ( SC-SEP ) 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 .

薄层液膜下金属电化学腐蚀电池的设计

Design of electrochemical corrosion cell for metal under thin layer electrolytes

半导体隔片电化学光电池&Ⅰ.电功率输出特性

Semiconductor septum electrochemical photo cells & ⅰ . The characteristic of electric power output

设计了用于研究金属材料在薄层液膜下腐蚀行为的参比电极后置式三电极电化学测量电池，并用此研究了铜在薄层液膜下的阳极极化行为。

A suit of electrochemical cell which was used to investigate the corrosion behavior of metals under different thin layer electrolyte was designed .

介绍了一种利用电化学原电池法，在无外界机械能耗的工况下自动搅拌的新型节能反应器。

This paper introduces that a new energy-saving reactor , without any supply of mechanical energy , can stir automatically with electrochemical voltaic cell .

这种氧化反应在本质上大多属于电化学腐蚀电池效应，其发生的必要条件是环境相对湿度达到或大于临界湿度。

Most of the oxidation are battery effect by electrochemical corrosion in their nature . The necessary conditions for the battery effect is that the ambient relative humidity reaches or exceeds the critical relative humidity .

电化学沉积太阳电池用CuInSe2和Cu（In，Ga）Se2薄膜的研究进展

Electrodeposition of CuInSe_2 and Cu ( In , Ga ) Se_2 Thin Films for Solar Cells

利用电化学工作站和电池测试系统（BTS）对样品进行电化学性能研究。

The samples ' electrochemical performance was studied by electrochemical workstation and battery test system ( BTS ) .

对四碱式硫酸铅（4BS）的结构、电化学性质以及电池正极活性物质的形成机理进行了阐述。

The structure , electrochemical performance and the mechanism of formation of positive active material of tetrabasic lead sulfate ( 4BS ) were elaborated .

为了设计一种新型NiMH电池快速充电器，研究了NiMH电池充电过程中的电化学反应以及电池的充电特性，确定采用一种新型的快速充电方法&脉冲充放电方法。

In order to design a new type of quick charger for NiMH battery , the new method of pulse charge discharge was adopted after studying the charge process and analyzing the NiMH battery charge characteristics .

将尖晶石型LiMn2O4材料作为正极活性材料制成18650型锂离子蓄电池，电化学测试表明电池的初放容量达到1.2Ah。

The result of electrochemical test shows that the 18650-size lithium ion battery with spinel LiMn 2O 4 as positive active material gets the initial discharge capacity up to 1.2 Ah .

稳定的工艺平台对研究工艺与电化学参数及电池性能至关重要。

Stable technical platform is very important for research of fabricating technics , electrochemical parameter and battery performance .

详细介绍了采用电化学型燃料电池作酒精传感器的呼气式酒精传感器的工作原理、设计及实现方法。

The Principle , design and realization of the electrochemical fuel cell breath 's alcohol sensor are introduced in detail .

电化学清洗在太阳能电池制绒前的应用

Application of the Electrochemical Cleaning Method Before Solar Texturing of Solar Cells

熔盐法合成在高温（800℃左右）加热5-6小时就能制备出结构、形貌和电化学性能良好的电池材料。

Molten salt synthesis at around 800 ℃ for 5-6 hours is enough to obtain battery materials with good morphology and electrochemical properties .

将大量乳液加入丹尼尔电池中，形成电解质乳状液，由此产生了明显的电化学振荡，包括电池电动势振荡和电极反应的振荡。

Obvious electrochemical oscillations in Daniell cell , including electromotive force oscillation and its electrode reaction oscillation , were found as adding emulsion to form electrolytic emulsion .

由于电池内部发生着复杂的电化学反应，导致电池电动势和电池剩余电量之间不是呈现线性关系。

Since the battery inside the complex electrochemical reaction occurs , causing the battery to the battery power is left between the force and not a linear relationship .

根据可逆热力学体系的要求，把化学反应设计成可逆原电池，利用电化学法测定可逆电池在不同温度下的电动势值，进而求算化学反应的热力学函数变化值。

The voltage of the battery at different temperature can be measured with electrochemistry method , so that the varies of thermodynamics function in the chemistry reaction can be calculated .

采用恒电流&恒电压充放电、电化学阻抗谱（EIS）等电化学测试技术对电池的高倍率放电、循环稳定性、电极阻抗等电化学性能进行了测试分析。

The electrochemical properties of the lithium-ion battery were tested by the electrochemical impedance spectra ( EIS ), etc.

由于MHNi电池工作机理是基于电化学反应过程，因此这些因素的影响最终会通过电化学反应反映到电池的放电性能上。

All the factors effect discharge performance of battery through electrochemical reaction because the working mechanism of Ni MH battery is based on electrochemical reaction process .