ni-cd
英 [ˌen ˈaɪ ˌsiː ˈdiː]
美 [ˌen ˈaɪ ˌsiː ˈdiː]
网络 镍镉; 镍镉电池; 镍隔; 镍镉充电电池; 镍镉电池组
双语例句
- Analysis and improvement on signal hysteresis of the third electrode for Ni-Cd batteries
镉镍电池组第三电极充电信号滞后分析及改进 - The internal resistances of Ni-MH and Ni-Cd battery in different conditions were tested and analyzed.
对金属氢化物镍电池和镉镍电池在不同条件下的内阻进行了测试分析。 - The battery back up shall be for12 hours and shall be maintenance free or ultra low maintenance ni-cd.
备用电池工作时间应为12小时，且为无需维护或仅需超少维护的镍铬电池。 - A new technique of processing waste from manufacturing Ni-Cd batteries by sulphuric acid-curing and leaching in three-phase fluidized reactox has been proposed.
提出硫酸熟化及三相流态化浸出处理镍镉电池废料的新工艺。 - Design of the Four Paralleling Ni-MH/ Ni-Cd Intelligent Quick Charger
四并联镍氢/镍镉智能快速充电器设计 - Application of valve-regulated Ni-Cd battery in electric locomotive
阀控式Cd-Ni电池在电力机车上的应用 - Study on low-maintenance ultra-high rate Ni-Cd battery
少维护大容量超高倍率镉镍电池的研究 - Ni-Cd alkaline rechargeable battery in cylindrical shape is widely used in the geophysical prospecting instruments.
镉镍圆柱密封碱性充电电池，被广泛地使用在物探仪器设备中。 - Study on internal resistance property of Ni-Cd battery
镉镍蓄电池内阻特性研究 - Ni-MH battery is a new kind of rechargeable battery with high energy rate, light weight and excellent temperature characteristics. It is called green battery because of less pollution than traditional batteries such as lead-acid battery and Ni-Cd battery.
Ni-MH电池是一种新型充电电池，具有能量比大、重量轻、温度特性好等特点，并且相比铅酸蓄电池、镍镉电池等传统电池对环境污染较小，被称为绿色电池。 - On the contrary, sintered Ni-Cd batteries show excellent storage performance because of their stable electric network.
烧结式Cd-Ni蓄电池良好的储存性能可归结于烧结镍基体本身稳定的导电网络。 - Ni-Cd battery has a good charge-discharge performance. For those of high-voltage and big-current, it especially requires a kind of fast-charging device.
镍镉电池具有良好的充放电性能，尤其是对高电压、大电流镍镉电池组，需要针对镍镉电池组不同的充电电压和放电电流，设计出符合充放电特性要求的专用充电设备。 - Worldwide portable second battery market analysis indicates that annual production of Ni-MH battery decreases, Ni-Cd battery keeps in steady and lithium ion cells& packs are still in fast growth.
世界小型蓄电池市场现状及发展趋势分析表明，金属氢化物镍蓄电池开始下降，镉镍蓄电池保持稳定，而锂离子蓄电池仍然处于快速增长态势。 - The results indicated that Cd and Ni are the main elements in Ni-Cd batteries and recovery of the used batteries was to separate Cd from Ni and other metals.
本文首先对废镍镉电池的活性物质的成分进行了测试和分析，确定在废镍镉电池活性物质中主要的元素是镉和镍，废镍镉电池的资源回收主要是镉同其它金属元素的分离。 - Development and application of valve-regulated Ni-Cd pocket storage battery
袋式阀控式密封镉镍蓄电池的开发和应用 - Internal resistance property of AA size sealed Ni-MH and Ni-Cd battery
AA型密封MH-Ni电池、Cd-Ni电池的内阻特性 - Recovery of Valuable Metals from Waste Ni-Cd Batteries
从废Ni-Cd电池中回收有价金属 - It is trusted that J-43 alkaline battery sealant is used to seal alkaline batteries ( Ni-Cd, Ni-MH, etc.).
认为J-43碱性电池密封剂（简称J-43胶）用于镍镉电池、镍氢电池和碱锰电池等碱性电池的防漏密封是可以信赖的。 - Based on the results of physical, chemical& electrochemical characteristics measurement, the comprehensive performance of the collected cadmium oxides used as the active materials for negative electrode of Ni-Cd battery manufacture was compared in this paper.
根据物理化学特性及电化学性能检测结果，对所收集的国内外镉镍电池用负极活性物质氧化镉的综合性能进行了比较，分析了各样品品质的差别以及产生差别的原因。 - The performance characteristics of LABs was compared to Ni-Cd, Ni-MH and Li-ion batteries.
比较了阀控式铅酸蓄电池（VRLAB）与镉镍电池、MH&Ni电池和锂离子电池性能特点。 - Owing to the pollution problem caused by production of Ni-Cd battery the potential trend of using some new kinds of batteries as substitutes for conventional Ni-Cd batteries was also discussed.
此外，本文还就镉镍电池生产所造成的环境污染问题，介绍了新型镍氢电池、锂电池和免维护铅酸蓄电池取代镉镍电池的发展趋势。 - The design and control principle of the temperature-controlling device For heating aircraft Ni-Cd battery were introduced.
介绍了一种加温型航空镉镍蓄电池组温度控制装置的设计方案和控制原理。 - The waste Ni-Cd batteries had the potential impact on the environment.
废旧镍镉电池对环境存在着潜在的危害，其处理技术主要包括湿法冶金和火法冶金。 - Studies on Improving the Safety of Sealed Ni-Cd and Ni-MH Batteries
提高密封Ni-Cd和Ni-MH电池安全性若干研究 - The effect of charged state on the properties of prismatic sealed Ni-Cd batteries was investigated by direct measurements of the changes in the voltage and internal pressure of cells during fast charging.
通过直接测量快速充电过程中端电压和电池内气体压力的变化情况，研究了方型密封镉镍电池在大电流快速充电下充电程度对电池性能的影响。 - Cadmium recovery process and modeling in the Ni-Cd batteries by vacuum distillation
真空蒸馏回收镍镉电池中镉金属工艺优化模型研究 - Recovery of Ni and Cd from spent Ni-Cd batteries
废旧镍-镉电池中镍镉的回收方法 - Conformity classification of Ni-Cd battery and the protection method to quick charger
镉镍蓄电池组一致性筛选及快速充电机保护方法 - Determination of Ca, Mg, Si, Mn in negative material of Ni-Cd batteries
镉镍电池负极物质中Ca、Mg、Si、Mn的测定 - Measurement of chromium content in nickel-plating liquid of Ni-Cd battery
镉镍电池镀镍溶液中铬含量的测定