chargeing current中文是什么意思

• 充电电流

• "charge"中文翻译    vt. 1.填；装(子弹)；充(电)；使饱和；使充满；堆 ...
• "current"中文翻译    adj. 1.通用的，流行的。 2.现在的，现时的，当时 ...
• "chargeing" 中文翻译 :    装料, 加料, 充电
• "chargeing bank" 中文翻译 :    供应槽
• "chargeing connections" 中文翻译 :    充电接法
• "chargeing density" 中文翻译 :    电荷密度
• "chargeing feed" 中文翻译 :    送入原料
• "chargeing flue" 中文翻译 :    添煤道
• "chargeing hopper" 中文翻译 :    装料斗
• "chargeing load" 中文翻译 :    充电负载
• "chargeing of accumulators" 中文翻译 :    蓄电池充电
• "chargeing of mix" 中文翻译 :    充填配合剂
• "chargeing potential" 中文翻译 :    电荷势
• "chargeing set" 中文翻译 :    充电机
• "chargeing side" 中文翻译 :    机面
• "chargeing hot pump" 中文翻译 :    进料热油泵
• "chargeing stock tank" 中文翻译 :    进料罐
• "current" 中文翻译 :    adj. 1.通用的，流行的。 2.现在的，现时的，当时的。 3.流畅的；草写的。 the current price 市价。 current news 时事。 current expenditure 经常费。 current expenses 日常费用。 the current issue [number] (杂志的)本期。 the current week 本星期。 the current year 今年。 the 10th current [curt.] 本月十日。 current account 往来存款账；【法律】交互计算。 current English 现代通行英语，日常英语。 current handwriting 草书。 current money 通行货币。 current rate 现价，成交价。 current thoughts 现时代思潮。 pass [run, go]current 通用，流行。 n. 1.水流；气流；电流。 2.思潮，潮流；趋势，倾向。 3.进行，过程。 a cold current 寒流。 the Japan current 日本海流，黑潮。 the great current of events 天下大势。 a density 密着(海)流。 an alternating [a direct] current 【电学】交[直]流电。 current of air 气流。 current of time [the times] 时势，时代潮流 (go [swim] with [against] the current of the times 顺应[违反]时势)。
• "current the" 中文翻译 :    潮流; 柯伦特
• "of current" 中文翻译 :    电流值
• "alternating current to direct current" 中文翻译 :    交流
• "background current or base current" 中文翻译 :    基流
• "current and non-current liabilities" 中文翻译 :    当期及非当期负债
• "current capital, current fund" 中文翻译 :    流动资金
• "current controlled current source" 中文翻译 :    电流控制电流源

• Experimental results showed that the bond strength degraded as the charging current density and the polarization time increased basically
  实验结果显示出基本上随著外加电流密度与通电时间的增加，介面握裹强度的折减就越明显。
• Then second class are the macroscopic models describing directly macroscopic quantities such as charge density , charge current density , energy density and temperature etc .
  另一类是宏观模型，其直接描述电荷密度，电流密度，能量密度和温度等一些宏观量。
• Charge batteries within an ambient temperature range of 0c to 40c . charging current : above 0 . 1c , control conditions time , voltage , temperature , etc . shall be carefully selected
  超过0 . 1c的充电电流，要选择合适的控制条件如时间- v温度，否则严重的过充会对电池性能造成损害
• Voltage meter , current meter , frepuency meter , oil pressure meter , water temperature meter , timer , battery voltage or charging current meter , protection indicator , speed and voltage inching switch and etc
  电压表电流表频率表油压表水温表计时器电池电压或充电电流表保护指示灯转速及电压微调开关等。
• Automatically detect the voltage of battery , regulate the charging current , and compensate for the self - discharging loss of battery at any moment to ensure that the generator set obtains the suffcient electric quantity of battery required whenever the generator set starts
  自动检测蓄电池电压，调节充电电流大小，随时补充电池自放电损失，保证机组任一时刻起动所需电池电量。
• The adoption of a fuzzy neural network control strategy that features satisfactory ability of self - learning and nonlinear approaching . the charging current traces dynamically the battery - dependent acceptable curves to maintain the charging process under optimal status
  -采用具有良好自学习能力和非线性逼近能力的模糊神经网络控制策略，使充电电流动态跟踪离散的可接受充电曲线，使充电过程始终在最佳状态下进行。
• Because of the technical complexity such as parameter discreteness and nonlinearity , the confirmation of a theoretically existing acceptable charging current curve is quite difficult and the research and implementation of optimal charging technique are still in their first steps
  由于蓄电池技术状态的复杂性如参数的离散性和非线性等，理论上存在的可接受充电电流曲线的确定有相当的难度，最佳充电技术的的理论研究和技术开发尚处于初级阶段。
• The charging current and period can be programmed by user to provide friendly interface . in order to enhance its efficiency , the cooperation capability between ic and current limited adapter has been reinforced in this circuit to overcome the problem of low efficiency of the linear charger
  效率方面,本文采用由基准电压源提供的2 . 8v基准电压作为芯片的内部电源,增强了芯片与具有电流限制功能的电源( cc / cv )协作的能力,克服了线性充电器效率低的问题。
• With a study in depth on the charging process the author reached the following understanding : the ideal charging current at a specific moment is dependent on the amount of active material on the battery plates and the reactive environment , that is to say , the charging current should follow a j . a . mas proposed acceptable curve or optimal curve ; the polarization is unavoidable but controllable in charging and discharging
  笔者主持的原煤炭部优秀青年基金项目《轻型智能充电装置研究》即代表这种关注。笔者通过对充电过程的分析得到如下理解： -任何时刻的理想充电电流取决于当时极板上的活性物质的多少及其周围反应环境，充电电流的变化应遵循马斯( j
• Many experiments on the effects with the change of several parameters , such as initial charging current , amplitude and frequency of positive pulses , variety of the amplitude of positive pulses among each charging stages , amplitude and duration of negative pulses , duration between positive and negative pulses , have been performed . the results of analysis and comparison of experimental data verify the validity and feasibility of the fast - charging method . on this basis , a new type of control strategy is advanced
  就充电过程中的起始充电电流、正脉冲的幅值、正脉冲的频率、各充电级之间正脉冲幅值的变化幅度、负脉冲的幅值、负脉冲的持续时间、正负脉冲之间的停歇时间等几个参数进行了大量的实验,对实验数据进行分析和比较,验证了快速充电方法的有效性和可行性,在此基础上提出了一种新型快速充电控制策略。