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ＨＬ－１托卡马克准光学电子回旋共振加热（ＥＣＲＨ）传输系统包括φ８０波导、椭球反射镜、Ｔａ－ｐｅｒ、准光学弯头、托卡马克顶部注入和水平注入的微波通道、窗口等。利用这套系统，可以作从水平方向注入的Ｏ模加热实验，也可以作从顶部注入的Ｏ模或Ｘ模加热实验。这套系统可传输的能量超过ＩＭＷ。大功率测量表明，这套系统可以将回旋管输出的线偏振高斯束保持其线偏振特性不变地注入托卡马克等离子体，整个系统的传输效率达到９０％。
The HL-1 Tokamak ECRH transmission system includes a φ80 waveguide, an ellipsoidal reflector, a Ta-per, a quasi-optical elbow, a tokamak top and a horizontal injection microwave channel, a window, and the like. Using this system, O-mode or X-mode heating experiments can be done from the O-mode heating experiment that injects from the horizontal direction or from the top. The system can transmit more energy than IMW. The high power measurement shows that the system can inject the linearly polarized Gaussian beam from the gyro tube into Tokamak plasma while keeping the linear polarization property unchanged, and the transmission efficiency of the whole system reaches 90%.