A surge of power caused a chain reaction that set the reactor core on fire.
功率的激增引起了反应堆的链式反应，反应堆的堆芯燃烧起来。
The results show that flow rate, microwave power and reaction temperature are key factors.
实验结果表明，气体流量、微波功率和反应温度对脱硫、脱氮率影响较大。
But we hope to have the steady output power to make chemistry reaction steady.
而在实际应用中我们希望可以获得稳定的功率输出，来使化学反应稳定进行。
Nuclear power to achieve chain reaction is a prerequisite.
实现链式反应是核能发电的前提。
Nuclear power to achieve chain reaction is a prerequisite.
实现链式反应是核能发电的前提。
应用推荐