通电

But the leaders such as Jiang Yiwu, Sun Wu disappeared then, thus the acephalous revolutionary army recommended Li Yuanhong, the assistant governor of Qing army, as the commander-in-chief, founded Hubei Military Government, proclaimed the abolishment of the Qing Dynasty's imperialism and the founding of Republic of China, as well as published an open telegram for call to uprising of every province.

但是，领导人，如姜一污，孙吴然后消失，从而acephalous革命军建议黎元洪，助理省长清军队，作为总司令，成立湖北军政府，宣布废除清朝'县帝国主义和成立中华民国，并发表了通电起义的呼吁每一个省。

But the leaders such as Jiang Yiwu, Sun Wu disappeared then, thus the acephalous revolutionary army recommended Li Yuanhong, the assistant governor of Qing army, as the commander-in-chief, founded Hubei Military Government, proclaimed the abolishment of the Qing Dynastyrs imperialism and the founding of Republic of China, as well as published an open telegram for call to uprising of every province.

但是，领导人，如姜一污，孙吴然后消失，从而acephalous革命军建议黎元洪，助理省长清军队，作为总司令，成立湖北军政府，宣布废除清朝'县帝国主义和成立中华民国，并发表了通电起义的呼吁每一个省。

But the leaders such as Jiang Yiwu, Sun Wu disappeared then, thus the acephalous revolutionary army recommended Li Yuanhong, the assistant governor of Qing army, as the commander-in-chief, President No.5, founded Hubei Military Government, proclaimed the abolishment of the Qing Dynastyrs imperialism and the founding of Republic of China, as well as published an open telegram for call to uprising of every province.

但是，领导人，如姜一污，孙吴然后消失，从而acephalous革命军建议黎元洪，助理省长清军队，作为总司令，成立湖北军政府，宣布废除清朝'县帝国主义和成立中华民国，并发表了通电起义的呼吁每一个省。

The owner of one Alabaman pole-making business, which first shipped utility poles to Cuba after Hurricane Charley in 2004, says that competition is fierce for the Cuban business, especially since a large-scale electrification project in Cuba has boosted demand.

一个电线杆制造商于2004年查理飓风过后，开始向古巴运送公用电线杆。他说，古巴业务的竞争很激烈，尤其是古巴大规模的通电计划大大刺激了需求以后。

Decomposition to plane circuitry's pin, then aborative go along transmit and insulate inspect, eliminate circuitry malfunction. Aborative analyze to design circuitry, find out join circuitry of flap electric operation system with undercarriage control and beaconage's join circuitry existed circumfluence phenomena. Bring about when undercarriage control signal system electrify inspect, under flap system are not power supply, current from undercarriage signal breaker come by undercarriage signal box, to flap system's flap control box, flap electromagnetism clique form loop. Lead to the flap put down under flap system are not power supply. Design principium existing serious limitation, put forward ameliorate project.

通过对机上线路的插头进行分解，进行导通和绝缘检测，排除了机上线路故障；通过对设计线路进行分析，发现在襟翼电气操纵系统与起落架收放操纵及信号系统的交联线路存在回流现象，致使在起落架收放操纵及信号系统通电检查时，襟翼系统不供电的情况下，电流从起落架信号断路器经过起落架信号盒，到襟翼系统的襟翼控制盒、襟翼电磁阀形成回路，导致襟翼在不给电的情况下被放下，设计原理存在严重的缺陷，提出了改进方案。

The tripping and calibrating principle of the MCCB was introduced.The hardware and software design of the intelligent testing system was expounded.The screw adjusting mechanism along with the laser positioning technology can precisely locate the screw on the bimetallic strip of the MCCB and complete the screw simultaneous integration when being electrified.

介绍了塑料外壳式断路器的脱扣原理及校验方法，详述了MCCB智能测试系统的软、硬件设计，系统中所研制的一体化螺钉螺母调整机构结合激光定位技术，实现了对MCCB双金属片上螺钉螺母中心的精确定位及在通电过程中对螺钉螺母进行同步一体化调整。

Short circuit: short circuit is often accompanied by other destroy them, and the short circuit itself is with aging, human errors, and so on, shorts, don't immediately need to double-check electrized, actuallycaused multi-fault, then electrized tests.

短路：短路必然伴随着其它元件的败坏，而短路本身是由于元件老化，工钱失误等所致，爆发短路后，不给登时通电，需给不苛查抄引起此类障碍的来因后，再举动通电尝试。

Carbon fiber medium copper graphite composites with various carbon fiber contents were prepared by means of powder metallurgy. The dry friction tests of the composites under no current or current density of 20 A/cm 2 were conducted for 50 h under sliding velocity of 15 m/s and load of 4.9 N.

对采用粉末冶金法制备的含不同质量分数的碳纤维－中铜－石墨复合材料，在滑动速度为15m／s，载荷4.9N的条件下，分别进行了50h的不通电和通电干摩擦试验，并用扫描电镜对其磨损表面进行了观察分析。

Why are large soft contact areas such as lead or copper braid used for surfaces or headstocks?

零件表面通电或用夹头通电时，为什么要使用大的软接触面如铅或网垫？

Why are large soft contact areas such aslead or copper braid usde for surfaces or headstocks?

零件表面通电或夹头通电时，为什么要用大的软接触面如铅或铜锌？

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。