- 更多网络例句与瞬间放电相关的网络例句 [注：此内容来源于网络，仅供参考]
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Their electrochemical properties were investigated by charge-discharge of constant current, cyclic voltammogram, impedance spectrum and so on.
因其兼备传统电容器功率密度高和二次电池能量密度高的优点，以及可实现瞬间大电流放电，充电时间短、效率高，使用寿命长，无记忆效应以及基本无需维护等非常独特的性质而倍受关注，特别是在信息技术、电动汽车、航天航空和国防科技等方面有广阔的应用前景而受到广泛的研究[1-3]。
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Product principle of this device is the use of high-frequency discharge welding Materials technology will instantly melt infiltrated matrix material, a new technology, because it is instantaneous discharge, do not produce heat, the metal matrix without any impact on organizations.
产品原理本设备是利用高频放电技术将焊补材料瞬间熔渗进基体材料的一种新型工艺，由于是瞬间放电，不产生热量，对基体金属组织无任何影响。
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This paper analyzes the equivalent circuit model of the valve regulated lead-acid battery and the fundament and method of instantaneous high load current in testing internal resistance of the VRLA. The veracity of the model is demonstrated in the following series of experiments in detail.
分析和推导了阀控铅酸蓄电池的等效电路模型以及瞬间大电流放电法在蓄电池内阻检测中的实验原理和方法，随后的一系列实验验证了该模型的准确性。
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The start point of recording can be fixed in the waveform generated by lightning discharge.
引言 闪电放电伴随有很强的瞬间声光效应并辐射出频谱很宽的强烈电磁脉冲[1]，而且在低频段也产生很强的变化电场和磁场[2]。
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Station communications subsystem battery discharge due to the long-off and other reasons to enable to shorten battery life or near end-of-life issues, the charger using electronic sweep pulse technology, uninterrupted electricity to issue a specific pulse frequency, the use of momentary high-current activation "ill "battery plate, electric pulse so that re-crystallization of lead sulfate crystals into a small, highly reversible electrochemical activity of lead sulfate to be able to participate in the normal charging and discharging of the electrochemical reaction, so that waste batteries back to life, back to and new battery is almost the same capacity, the same time, greatly extended battery life.
针对通信机站子系统蓄电池因长期过放电等原因使蓄电池寿命缩短或接近报废的问题，该充电机采用电子扫频脉冲技术，不间断地发出特定频率电脉冲波，利用瞬间大电流激活&生病&的电池极板，电脉冲波使硫酸铅结晶重新转化为晶体细小、电化学活性高的可逆硫酸铅，使其能够正常地参与充放电的电化学反应，使废旧的蓄电池起死回生，恢复到与新电池几乎一样的容量，同时大大延长了电池使用寿命。
- 更多网络解释与瞬间放电相关的网络解释 [注：此内容来源于网络，仅供参考]
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halogen lamp：卤钨灯
目前一般的卤钨灯(Halogen Lamp)和HID灯(High Intensity Discharge,高强度放电)在亮灯后达到最大亮度之前有一定的时间间隔. 但LED可以瞬间达到最大亮度,这对於汽车进入隧道时提高了安全性. 在寒冷地区,HID灯从点亮达到最大亮度之前的时间间隔更长,
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KA：千安培
这种过电压转换动作,都在百万分之一秒(Nano second)内就降到一固定的电压值,而且,它所能承受的电流值,也高达千安培(KA)的能量. 等到这些瞬间高脉冲短线路放电后,此突波捕捉器又回复到原来数百万欧姆的高阻抗开路状态.