提出了一种适用于同轴环形放电结构气体激光器的环形螺旋谐振腔，并给出了理论分析。
For gas lasers a helical resonator with coaxial ring discharge structure is proposed, and the theoretical analysis is given.
本文所涉及的方法也能用于激光陀螺环形腔的分析，井可由腔长来决定放电毛细管的直径。
These methods can also be applied to analysing the ring cavity of the laser gyro and then the diameter of the gain capillary can be determined with the given cavity length.
本文提出了一种适用于同轴放电气体激光器的环形腔方案，给出了这种腔的设计和光束特性。
A ring resonator scheme suitable for coaxial gas lasers is put forward. The design and the beam propation characteristics in the resonator are given.
本文描述HL-1装置放电过程中，等离子体破裂及环形导体中感应电压和电流的精细测量。
The induced voltages and currents due to plasma disruptions in the surrounding conductors are presented.
本文描述HL-1装置放电过程中，等离子体破裂及环形导体中感应电压和电流的精细测量。
The induced voltages and currents due to plasma disruptions in the surrounding conductors are presented.
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