- 更多网络例句与重燃相关的网络例句 [注：此内容来源于网络，仅供参考]
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They agonise over what went wrong and how to rekindle the flame.
他们为过去的错事和如何使对方重燃爱火而痛苦。
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Serena: Are you sure this is the best time for a flare-up of Chuck fever?
你确定这是对 Chuck 重燃爱火的最佳时机？
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Tree and you to can't separate, tree can lack you, you could come and plant I this head already ruined death tree that has died soon only, I will fire the hope of growing again because of you,Water and earth forge tree , could let tree survive you, I the tree survive at only have youing, without you, my life is written in water, will you of today come?
树与你是不可分离，树不能缺少了你，只有你才能来栽种我这棵已快颓逝的死树，我会因为你而重燃生长的希望，水和大地锻造了树，却是你才能让树生存，我这棵树就只有拥有你时才能生存，没有了你，我的生命则为转瞬即逝，今天的你会来吗？
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The reignition phenomena and interrupting performance of a fuse can be studied by measurement to the post-arc fulgurite current.
因此通过弧后电流的测量可以深入研究有关熔断器的重燃问题和开断性能。
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Well now you are armed with the relevant facts take the bull by the horns and your website about Tea, marketing or absolutely any kind of subject could end up with a totally new lease of life and your stats counter could start to rise like a thermometer in a heatwave.
现在，你是手持有关事实采取斗牛由犀角和你的网站约茶叶，营销或绝对任何学科能落得一个全新重燃生命和你的计数器统计可以开始上升就像温度计一个热浪。
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Objective: To investigate the effects of clobenpropit and histidine on reinstatement of morphine-induced conditioned place preference in rats.
目的：研究组胺H3受体拮抗剂clobenpropit及组胺前体物质组氨酸对小剂量吗啡诱导的大鼠条件位置偏爱重燃的作用。
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At last, arc reignition characteristic is defined for multiple-narrow slot chamber, and the mechanism of arc reignition process is analyzed. A mathematical model which forecasts the arc reignition process is improved for the first time by combining the striking theory of cathode layer with"black box"model for forecasting arc thermal reignition.
最后，通过试验确定了多纵缝陶土灭弧室中电弧重燃特性，对其机理进行了研究，并首次将阴极层击穿理论和预测电弧热重燃的黑盒模型相结合，建立了模拟陶土灭弧室中弧隙由电击穿到热重燃过程的电弧数学模型。
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But in practical operating, overvoltage caused by reignition of the vacuum switching device frequently appears, and it result in damage of the capacitor bank or the switchgear itself. Ensuring the switchgear against reignition and installing a protective device are two main approaches to avoid the phenomenon. In this paper, a study on overvoltage caused by reignition due to capacitor bank switching with the vacuum switching device and its preventive measures are carried out. The main work which has been done and researches are as follows: 1. The producing mechanism of overvoltage and its influence factor are analyzed. It is pointed out that single-phase reignition is the main reason for damage of the switchgear and two-phase reignition is the main reason for damage of the capacitor bank,so overvoltage of single-phase reignition and two-phase reignition are the emphases of prevention. 2. Analysis of the special working condition of the operating switch for capacitor bank is carried out. It indicates that the vacuum switching device is difficult to realize no-reignition under this operation condition, so it is more practical to adopt protection devices. 3. Analyses of protection effect of RC and MOA and their shortages are carried out. It shows that the two methods can only restrain effectively overvoltage caused by single-phase reignition, and they cannot protect the capacitor bank when reignition of two-phase occurs. 4. The operation principle of G-R damping device is analyzed and discussed emphatically.
本文针对真空开关投切电容器组时因重燃而产生的过电压及其防治措施进行了研究，所开展的主要工作和研究结果如下： 1、对过电压的产生机理及其影响因素进行了分析，指出单相重燃是导致开关设备损坏的主要原因，而两相重燃则是导致电容器组损坏的主要原因，因此单相重燃和两相重燃过电压是防护的重点； 2、对电容器组操作开关的特殊运行条件进行了分析，指出在这种运行条件真空开关难于实现不重燃，因此采用保护装置更具有现实意义； 3、对RC与MOA的保护效果和存在的不足进行了分析，指出这两种方法均只能有效抑制单相重燃过电压，而不能在发生两相重燃时保护电容器组； 4、重点对G-R阻尼装置的工作原理进行了分析和讨论，指出该装置接入后线路中将会出现两种频率的高频振荡，而电容器组上的过电压是由这两种振荡共同决定的； 5、根据对上述两种振荡的分析指出存在一个最佳电阻值使得过电压最低，并提出了电容器组电压和最佳电阻值的近似求解方法； 6、使用电气暂态分析软件MATLAB对G-R装置的保护效果进行了仿真计算，证实该装置确实可以有效抑制重燃时的电容器组过电压； 7、根据仿真与近似计算结果的偏差提出了近似计算的修正方法，经过修正后的过电压计算结果与仿真结果吻合较好； 8、对G-R装置中放电装置G与阻尼电阻R的要求进行了分析，指出采用编织电阻和真空间隙可能是最佳选择。
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The computed result indicated that the overvoltage of no-fault phase was determined by the instant voltage, when there is reigniting of fault phase.
仿真结果表明，健全相的过电压值取决于故障相电压发生重燃时刻的瞬间电压值，重燃击穿电压越大，一定时间内电弧重燃的次数越少。
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When compensating devices are switched by vacuum switches, if they are switched on group, the inrush current can be controlled by inserting suitable current-restrained reactance in-series. Since the restriking overvoltage is pertinent to the capacity of compensating devices and the time of restriking and igniting, the overvoltage can be restrained by arresters with asterism connection at the entrance of the capacitors. Although switching capacitance devices will bring up high interception cross overvoltage, the metal-oxide arrester can limit this overvoltage in the system designed in the thesis, and naturally the compensating devices can operate normally.
使用真空开关投切并联无功补偿装置，在分组投入并联电容器时，串联合适的限流电抗，合闸涌流可以得到控制；重燃时的过电压值与并补装置补偿容量，重燃发生时刻和燃弧时间有关，电容器进线端的三星接法避雷器可以抑制其过电压；切并联电抗器时会产生较高的截流过电压，金属氧化物避雷器可以使本文中所建系统的截流过电压得到限制，并联无功补偿装置可以正常切合。
- 更多网络解释与重燃相关的网络解释 [注：此内容来源于网络，仅供参考]
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reinvigorated anti-American feeling throughout Europe：重燃欧洲人的反美情绪
重振经济 reinvigorate a slumping economy | 重燃欧洲人的反美情绪 reinvigorated anti-American feeling throughout Europe | 重申 reiterate
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Thank God, I can be oversexed again：感谢上帝,我的欲望重燃
Vexed again, perplexed again 重拾恼怒,再次迷乱 | Thank God, I can be oversexed again 感谢上帝,我的欲望重燃 | Bewitched, bothered and bewildered - am I 被你引诱,惴惴不安,不知所措. 我不正是如此?
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restrike of arc：电弧再触发,重燃电弧
restrike 再触发,重燃 | restrike of arc 电弧再触发,重燃电弧 | restriking 矫形锻压,再闪击,整形锻压
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reignite：重燃
line-charging current-线路充电电流 | reignite-重燃 | out-of-phase breaking capability-失步开断能力
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reignition of arc：弧重燃
"rehearsal","预演(演习)" | "reignition of arc","弧重燃" | "re-insert transmitter","再插发射机"
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Relight My Fire：激情重燃
04 Pray 祈祷 | 05 Relight My Fire 激情重燃 | 06 Everything Changes 万物更改
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Relight My Fire：重燃烈火
03.Wasting My Time 失去的永不再来 | 04.Relight My Fire 重燃烈火 | 05.Love Ain't Here Anymore 爱已不在
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Relight My Fire：重燃心火
4. Pray 祈祷 | 5. Relight My Fire 重燃心火 | 6. Everything Changes 世事多变
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Relight My Fire：重燃
04 Pray 祈祷 3:45 | 05 Relight My Fire 重燃 4:10 | 06 Everything Changes 万物更改 3:35
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restriking：电弧重燃
"recovery voltage","恢复电压" | "restriking","电弧重燃" | "semiconductor","半导体"