primary battery
英 [ˈpraɪməri ˈbætri]
美 [ˈpraɪmeri ˈbætəri]
原电池组；一次电池（组）
双语例句
- The essence of primary battery is redox reaction.
原电池的本质是氧化还原反应。 - A primary alkaline battery ( 10) has a cathode ( 12) including manganese dioxide, carbon particles, and binder.
一种碱性原电池（10），有阴极（12），阴极中包括二氧化猛、碳颗粒和粘合剂。 - Optimization of cathode components proportion technology of Li/ S primary battery by six sigma mixture design
6σ混料设计优选Li/S一次电池正极组分配比工艺 - What is the difference between primary and secondary battery?
一次电池与二次电池有什么区别？ - The primary battery is composed of manganese dioxide used as a positive pole, metallic lithium uses as a negative electrode and organic electrolyte solution.
该产品以二氧化锰为正极，金属锂为负极，及有机电解质溶液组成。 - The utility model relates to a primary battery, belonging to the technical field of chemical power source.
本产品涉及一种原电池，属于化学电源技术领域。 - This article introduces the characteristics, classification, structure and sealing method of Lithium battery as well as a design method of primary Lithium battery pack applying on sea mines.
介绍了锂电池的特点、分类、结构及密封方式，给出了水雷用一次锂电池组在水雷中应用的设计方法。 - The redevelopment of primary battery technology
原电池技术的再发展 - Research progress of the Li-H_2O primary battery
Li-H2O一次电池的研究进展 - It was pointed out that the redevelopment direction of primary battery technology was to improve the power density of primary battery, mend the applicability of battery shape to the electric appliance.
指出进一步提高原电池产品的功率密度，改善形状对电器的适应性是原电池技术再发展的方向； - Study on Active Materials of Primary Ni-Zn Battery
高能一次镍锌电池正负极活性物质性能研究 - The changes and development of the primary battery and secondry battery in Japan were introduced.
介绍了日本一次电池和二次电池业的变化和发展； - Alkaline manganese batteries with high capacity, stable work voltage, good low temperature property and long service life were widely used in all the primary battery.
在碱性电池中，碱锰电池具有容量高、工作电压比较稳定、低温性能较好、贮存寿命长等优点，其应用最为广泛。 - The research development of Li-H_2O primary battery was described in this paper.
综述了Li-H2O电池的研究和发展情况。 - Technology progress of primary battery
一次电池技术进步 - The factors of discharge equipment that affecting the veracity of primary battery discharge time were discussed. The factors include voltage testing, loading resistance, time precision and temperature errors.
讨论了放电设备中影响原电池放电时间准确性的因素，包括电压测试、负荷电阻、计时精度及温度误差等。 - Material optimization of the reservoir in automatically activated zinc silver oxide primary battery
自动激活锌-银储备电池用泡囊材料优选 - Conformance probability in the service output test of primary battery
原电池放电时间符合的概率 - Sampling plan and quality indices of primary battery
电池抽样方案和质量指数 - In the presence of Cu 2+ in U/ Fe 0 system, the generation of new Fe/ Cu primary battery markedly enhances the degradation rate of p nitroaniline.
在U/Fe0体系中添加Cu2+，形成Fe/Cu原电池，可进一步促进对硝基苯胺的降解速率，降解效率优于铸铁屑形成的Fe/C原电池。 - Effect of temperature on characteristic of Zn-Ni primary battery
温度对Zn&Ni一次电池性能的影响 - According to above efforts, the OCV variation trend, the increase of voltage delay and the percentage of total capacity loss of primary lithium battery after long term storage are presented quantificationally in order to provide data for designing and applying the battery correctly.
通过这一工作，定量提出了长期贮存后锂原电池开路电压的变化趋势、电压滞后现象增加以及电池总容量损失的百分率，为准确设计、应用锂原电池提供了数据。 - New type primary alkali battery: ferrate cathode and TiB_2 anode
新型一次性碱性电池：高铁酸钡正极和二硼化钛负极 - Electrical performances of lithium primary battery after long-term storage
锂原电池长期贮存后的电性能 - The advantages of primary lithium battery are high voltage, stable discharge curve, broad application temperature range, long shelf life, low self discharge rate, etc.
锂原电池具有电压高、放电曲线平稳、适用温度范围宽以及能长期贮存、自放电率低等优点。 - The general tendency of primary battery development is to achieve high energy density, compactness, non-pollution, wide operating range and long shelf life.
总的趋势是向着能密度高、体积小、容量大、无污染、易贮存等方向努力。 - Through asking what the changes are, thinking whether there are the technical measures and can we make profits thereout, we'll find out more approaches to redevelop the primary battery technology.
问问变化是什么，想想有没有应对的技术措施，看看能不能实现赢利，我们将能找到更多原电池技术再发展的途径。 - Determination of lead in zinc can of primary battery by means of strontium nitrate-lead chromate capacity method
硝酸锶-铬酸铅容量法测定干电池锌筒中的铅 - The development of household mini digital electrical equipment products enhanced heavy load and high power discharge performance of primary battery.
小型数码家电产品的发展，使一次电池大电流、高功率放电性能得到提高。 - The basis of this method is that the voltage of primary battery which is composed by the ion selective electrode and the reference electrode satisfies the Nernst equation with the ion concentration.
其测量依据是离子选择电极和参比电极组成的原电池的电位与离子浓度满足Nernst方程，通过测量原电池的电位，进行相应的计算就可得到被测液的离子浓度。