本文报导了电子回旋加热试验的结果。在该实验中,35千兆赫回旋管以80千瓦的微波功率注入托卡马克,并且有大的单次通过吸收率。从环(torus——指托卡马克装置的环形等离子体室——译者注)的高场端射入10毫秒的微波脉冲,中心的电子温度从850电子伏增加到1250电子伏,这符合于经验的输送法则计算机程序卡的计算。首次由实验证明了,在托卡马克中电子温度随电子回旋加热的功率而线性地增长。 This article reports the results of the electron cyclotron heating test. In this experiment, a 35 gigahertz gyrotron was infused with tokamak at a microwave power of 80 kilowatts and had a large single pass absorption. A 10 millisecond microwave pulse was injected from the upper field end of the torus (toroidal chamber of a tokamak device) and the electron temperature in the center was increased from 850 to 1250 eV, which was consistent with In the rule of transport computer program card calculation. For the first time, experiments show that the electron temperature in Tokamak increases linearly with the power of electron cyclotron heating.