lead accumulator

英 [liːd əˈkjuːmjəleɪtə(r)] 美 [liːd əˈkjuːmjəleɪtər]

网络  铅蓄电池

化学



双语例句

  1. Dynamic Analysis of Lead Poisoning and Density in an Accumulator Plant during 21 Years
    某蓄电池厂二十一年铅浓度与铅中毒的动态分析
  2. Investigation of Chronic Lead Poisoning and Determination of Lead Concentration in The Air of An Accumulator Plant
    某蓄电池厂空气中铅的检测与工人慢性铅中毒调查
  3. Aiming at the common faults of the lead acid accumulator, the paper takes measures to improve the capability and life of the lead acid accumulator.
    针对矿用蓄电池电机车铅酸蓄电池的常见故障,采取相应措施,提高蓄电池的容量,延长蓄电池的使用寿命。
  4. The recovery of lead from waste lead accumulator by wet process and the preparation of tribasic lead sulfate are studied.
    研究了湿法回收废铅蓄电池,并利用其中的有效铅成分制备三碱式硫酸铅。
  5. Recovery of lead from waste lead accumulator and preparation of tribasic lead sulfate
    湿法回收废铅蓄电池制备三碱式硫酸铅
  6. Fuzzy Control in Plate Formation of Lead Accumulator
    铅蓄电池极板化成的模糊控制
  7. Abnormal operation and failure in lead accumulator mainly involves increase and decrease of electrolyte, sulphidization, bend, rupture, short circuit, reversed pole of pole-plate, excessive separation of active substance, impure electrolyte, increase of internal resistance and overcharge of accumulator.
    铅蓄电池常见的不正常运行和故障主要有电解液量减少或增多、极板硫化、极板弯曲、断裂、短路、反极、活性物质过量脱离、电解液不纯、内阻增大、电池过充等。
  8. This paper sketches the working principles and advantages of the valve-control sealed accumulator and the main factors influencing the service life of the accumulator, and according to the actual work, introduces the use and maintenance of the valve-control sealed lead acid accumulator.
    简述了阀控式密封铅酸蓄电池的工作原理、优点及影响蓄电池使用寿命的主要因素,并根据实际工作,介绍了阀控式密封铅酸蓄电池的使用和维护。
  9. [ Objective] To assess occupational exposure to lead and explore the control mode for hazard of lead at an accumulator company.
    [目的]对某外资蓄电池生产厂职业性铅接触评估,探索职业卫生工作模式。
  10. Occupational Exposure to Lead in an Accumulator Company: Exposure Assessment and Strategy of Control for Occupational Hazard
    某蓄电池企业职业性铅接触评估与防制模式研究
  11. Brief Discussion on the Common Failures in Fixed Anti-Acid and Anti-Explosion Lead Accumulator and Treatment
    浅谈固定型防酸防爆式铅蓄电池常见故障及处理
  12. Effects of Inorganic Additive to Steady State Process of Lead Accumulator Cathode
    无机添加剂对铅蓄电池负极板稳态过程的影响
  13. Taking fixed anti-acid and anti-explosion lead accumulator as an example, this paper introduces some common failures and treatment.
    本文以固定型防酸、防爆式铅蓄电池为例,介绍一些常见的故障及处理。
  14. The application of multivariable minimum variance selftuning regulator to the control for yellow lead making process in accumulator industry
    多变量最小方差自校正调节器在蓄电池厂铅粉机控制中的应用
  15. Recovery of Valuable Metals from Waste Lead Acid Accumulator
    从废铅酸蓄电池中回收有价金属
  16. The pyrometallurgical technology for the treatment of waste lead acid accumulator is briefly reviewed. Some ecological clean hydrometallurgical flow sheets with better technical and ecological targets are discussed in detail.
    简要评述了处理废铅酸蓄电池的火法冶金工艺,并详细讨论了某些技术经济指标更好的生态清洁的湿法冶金流程。
  17. According to electro-chemical principle, an intensifying agent through research work be added to the lead accumulator's electric liquor, and a result of electrode polarization lessening, cell's volumetric capacity and electric discharge ability enhancing, as well as service life lengthening has been achieved.
    应用电化学原理,在铅蓄电池电解液中添加一种强化剂,可以减轻电池极板的极化,增加电池容量和放电能力,延长蓄电池使用寿命。
  18. Adopt the tactics controlling the new of output pulse energy, makes use of controlled intermittent energy high frequency triangle wave electric current pulse to carry out battery charging on lead acid accumulator cell.
    利用脉冲能量可控的高频断续三角波电流对铅酸蓄电池进行充电。