熄弧的英文

• arc blowout
• arc quenching
• arc-quenching
• blowing out of arc
• blowing-out of arc
• quenching of arc

• "熄"英文翻译    extinguish; put out
• "弧"英文翻译    arc bow
• "不熄弧" 英文翻译 :    shoot through
• "熄弧的" 英文翻译 :    arc damper; arc-damping
• "熄弧沟" 英文翻译 :    arc splitter
• "熄弧器" 英文翻译 :    arc-arrester; spark box
• "熄弧室" 英文翻译 :    expulsion element
• "熄弧栅" 英文翻译 :    arc splitter
• "引熄弧" 英文翻译 :    arc striking and extinguishing
• "油熄弧" 英文翻译 :    oil blast
• "磁吹熄弧" 英文翻译 :    magnetic blow out; magnetic blowout
• "磁性熄弧" 英文翻译 :    magnetic bow
• "电磁熄弧" 英文翻译 :    electromagnetic blow out; electromagnetic blowout
• "临界熄弧角" 英文翻译 :    critical extinction angle
• "气吹熄弧沟" 英文翻译 :    air blast arc chute
• "熄弧磁铁" 英文翻译 :    blowout magnet
• "熄弧电压" 英文翻译 :    blowout voltage
• "熄弧线圈" 英文翻译 :    blow out coil; blowout coil; blowoutcoil
• "引一熄弧板" 英文翻译 :    weld tab
• "液态熄弧熔丝" 英文翻译 :    liquid fuse
• "磁性熄弧避雷器" 英文翻译 :    magnetic blow-out arrester
• "磁性熄弧断路器" 英文翻译 :    magnetic blow-out circuit breaker
• "空气熄弧断路器" 英文翻译 :    air-blast circuit breaker
• "通用熄弧电抗器" 英文翻译 :    universal arc su re ing reactor; universal arc suppressing reactor
• "熄弧用阻尼线圈" 英文翻译 :    arc degasser

• Because the vacuum interrupter has fully utilized the excellent insulation and putting out electric arc character of vacuum , it became the mainstream and direction of development in low and mid voltage field
  真空灭弧室由于充分利用了真空优异的绝缘与熄弧特性,在中压开关领域中已成为当前的主流及未来发展的方向。
• The vacuum killing arc room has been the mainstream and future developing aspect in middle - voltage switch field because it has fully utilized the excellent characteristic of the insulation and killing arc of the vacuum
  真空灭弧室由于充分利用了真空优异的绝缘与熄弧特性,在中压开关领域中已成为当前的主流及未来发展的方向。
• The silicon controlled trigger and it s auxiliary circuit could regulate simultaneously the controlling coil current of four series - parallel connected powers , so the purpose of making four powers output in step with was achieved , and the process of increasing progressively current after lighting arc and weakening current after going out arc was realized
  利用可控硅触发器及辅助电路可以同时调节串并联在一起的四台电源控制线圈的电流，达到四台电源同步输出的目的，并且实现了等离子弧喷涂引弧时电流递增和熄弧时电流衰减的过程。
• According to the quickly adjustable characteristic of the peterson coil grounding system , this dissertation proposes a new control strategy . when the system is in operation , the strategy can limit the series resonance over - voltage by using the off - resonance method . when fault occurs , the strategy can conveniently suppressing arc by rapidly adjusting the inductance value of the peterson coil to the point , which the resonance with grounding capacitance of the power network is occurred
  依据可控硅控制消弧线圈接地系统的快速可控性，一改传统的电网正常运行时调节消弧线圈接近于全补偿的预调谐方法，提出正常运行时采用脱谐方法抑制串联谐振过电压；故障时立即调节消弧线圈电感量达到与对地电容谐振，以利熄弧的新型调节原理和方法。
• Transitional feature of the arc and metal droplet in the welding process with steam shielded arc is investigated by means of analysing the waveforms of welding voltage and current under different welding regimes and it is found that there are two types of arc process behavor ? " arc starting - arc blowing out - short - circuiting " and " arc - starting - short - circuiting " . under the condition of constant diameter of welding wire and its feeding speed , the arc process behavor can be changed by adjusting the inductance of welding circuit as well as the voltage of power supply . if arc process behaves as alternative process of " arc starting - arc blowing out - short - circuiting " with minimum time duration of arc blowing out and maximum frequency of short - circuit transition , the welding process will be stable with less spatter and smooth weld bead
  通过分析不同焊接规范下的焊接电压和电流的波形.研究了水蒸气保护下电弧及熔滴过渡的特点，发现其电弧过程行为有“燃弧?熄弧?短路”和“燃弧?短路”两种形式.在焊丝直径和送丝速度一定的情况下，通过调节焊接回路中的电感量和电源电压，可以改变电弧的过程行为形式.若电弧过程呈“燃弧?熄弧?短路”交替进行，并且熄弧时间最短时，短路过渡频率最高，在这种情况下，飞溅小，焊道成型好，焊接过程稳定

• 熄弧的日语：アーク流れ しょうこ アークながれ