本文描述了HL - 1托卡马克中，各放电阶段的电子回旋辐射谱的特点。
This paper describes in detail the features of electron cyclotron emission in different phases of the HL-1 tokamak discharge.
本文研究的回旋辐射是由于在激光强场影响下的电子回旋运动产生的。
The cyclotron radiation emitted from electrons in cyclotron motion under influences of the electromagnetic field is investigated.
详细研究了高能电子产生的回旋同步辐射自吸收的特性，并用磁偶极子场的射电微波源模型计算了它的光学厚度。
The characteristics of the self absorption of gyrosynchrotron emission arc-investigated detail and its optical depth is estimated from radio microwave source with a magnetic dipole field.
回旋管是一类基于电子回旋谐振受激辐射机理的快波器件，工作频率范围宽，特别是在毫米和亚毫米波段，能产生高脉冲峰值功率与连续波功率。
The fast wave device gyrotron is base on the radiation theory which is excitated by electrons cyclotron resonance. Its frequency is very high especially at the millimeter and sub-millimeter wave band.
为了考虑非热电子低能截止的影响，必须采用更严格的回旋同步辐射理论来计算。
To consider the effect of low-cutoff energy of non-thermal electrons, it is necessary to calculate with more strict theory of gyro-synchrotron radiation.
为了考虑非热电子低能截止的影响，必须采用更严格的回旋同步辐射理论来计算。
To consider the effect of low-cutoff energy of non-thermal electrons, it is necessary to calculate with more strict theory of gyro-synchrotron radiation.
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