充气方式,airing form
1)airing form充气方式
2)inflated diaphragm method充气膜式耐磨试验方法
3)SF6 gas filling充气方法
1.The authors discuss several topics about SF6 circuit breaker, that is, water content,SF6 gas filling, suction and storage of SF6, measures of treatment with the water content exceeding the limit, etc .对SF_6断路器的微水含量、充气方法、抽真空、微水超标处理、SF_6气体回收等几个问题进行了探讨,并介绍了DILO SF_6气体回收装置的应用。
4)Airfilled form充气膜式
5)filling and draining way充排方式
6)charging methods充电方式
1.The newest developing technology of several important elements of lead-acid battery was recommended,that is selection of grid alloy and grid design,composition of positive and negative paste,electrolyte prescriptions,spearator modification and discharging methods.简要介绍了电动车用铅酸动力电池的发展情况 ,包括了电池板栅的合金选择及板栅设计、正负极板铅膏的配方、电解液配方、隔板材料和充电方式等方面的改进 ,提出了今后电动车用铅酸蓄电池的研究发展方
2.On the basis of the result of market research and failed battery disassembling,the charge characteristics of one step and two step constant voltagecharging methods and the effects of charging method on battery characteristics are investigated.以市场调查和不良电池的解析结果为依据 ,对一段式定电压充电方式和二段式定电压充电方式的特点以及对电池性能的影响进行了深入分析 ,不仅对部分电池的循环寿命提前终止的原因给予了合理的解释 ,而且对于电动自行车充电器的设计具有一定的指导意
英文短句/例句
1.The mode of charging batteries used for E-bikes电动自行车用蓄电池充电方式的探讨
2.Research on Fabrication of Nanobatteries and Charging Method for Lithium Rechargeable Batteries;纳米电池组装与金属锂电池充电方式研究
3.Digital measuring method to charge and discharge currents of a battery set in an EV电动汽车蓄电池充放电电流数字式检测方法
4.Research on Rotor Magnetization of High-speed PM Brushless DC Motor高速无刷直流电机转子充磁方式研究
5.electrolytic battery regulator电解式充电电流调节器
6.Research on electric vehicle charging mode and charging stations construction电动汽车充电模式与充电站建设研究
7.Effect Comparison of 3 kinds of ventilation in Motor Vehicle Charging Room机动车充电间3种通风排毒方式效果比较
8.rechargeable sealed lead-acid battery封闭式可充电铅酸电池
9.Key warder: valve control lead storage battery; charge method; balanced; Circling life.关键词:阀控式铅酸蓄电池;充电方法;均衡性;循环寿命.
10.Design of Li-Ion Battery Charger IC Based on CC/CV Approach;基于恒流/恒压方式的锂离子电池充电保护芯片设计
11.vapor filled thermoelectron type rectifier充蒸汽热电子式整流器
12.To energize(a storage battery)by passing current through it in the direction opposite to discharge.充电按放电相反的方向为一（蓄电池）充电
13.Charging equipment and method of electric vehicle battery电动汽车蓄电池的充电方法和充电设备
14.Synthesis and Thermoelectric Properties of p-type Filled Skutterudite Compounds with Nanostructure;p型填充式纳米方钴矿化合物的制备及热电性能的研究
15.EFFECTS OF ANNEALING TIME ON THERMOELECTRIC PROPERTIES OF Eu-FILLED SKUTTERUDITE COMPOUNDS退火时间对铕填充式方钴矿化合物热电性能的影响
16.Study on Ion-exchange Packing Materials in EDI Stacks and the Packing Forms;EDI膜堆填充材料及其填充方式的研究
17.This expression is expressed in terms of characteristic rootsof the characteristic equation which is transfered from the differential equation ofcharging circuit of Blumlein line by means of Laplace transform.该表达式是用充电回路方程经拉氏变换后所得特征方程的特征根形式来表达的。
18.The Scheduling and Charging Station Calculation Method of Expo Electric Bus Based on Power Battery Express Change世博动力电池快换式纯电动城市公交用车调度及充电站规模估算方法
相关短句/例句
inflated diaphragm method充气膜式耐磨试验方法
3)SF6 gas filling充气方法
1.The authors discuss several topics about SF6 circuit breaker, that is, water content,SF6 gas filling, suction and storage of SF6, measures of treatment with the water content exceeding the limit, etc .对SF_6断路器的微水含量、充气方法、抽真空、微水超标处理、SF_6气体回收等几个问题进行了探讨,并介绍了DILO SF_6气体回收装置的应用。
4)Airfilled form充气膜式
5)filling and draining way充排方式
6)charging methods充电方式
1.The newest developing technology of several important elements of lead-acid battery was recommended,that is selection of grid alloy and grid design,composition of positive and negative paste,electrolyte prescriptions,spearator modification and discharging methods.简要介绍了电动车用铅酸动力电池的发展情况 ,包括了电池板栅的合金选择及板栅设计、正负极板铅膏的配方、电解液配方、隔板材料和充电方式等方面的改进 ,提出了今后电动车用铅酸蓄电池的研究发展方
2.On the basis of the result of market research and failed battery disassembling,the charge characteristics of one step and two step constant voltagecharging methods and the effects of charging method on battery characteristics are investigated.以市场调查和不良电池的解析结果为依据 ,对一段式定电压充电方式和二段式定电压充电方式的特点以及对电池性能的影响进行了深入分析 ,不仅对部分电池的循环寿命提前终止的原因给予了合理的解释 ,而且对于电动自行车充电器的设计具有一定的指导意
延伸阅读
油气田开发方式(见油气田生产方式)油气田开发方式(见油气田生产方式)development pattern of oil and gas field:see recovery pattern of oil and gas fielda垃d gas月e卫d)、‘。尸卫Jlent见油气田小冰、*pa士teroof ojl
