研究了腔牵引效应、微波功率频移、光频移和缓冲气体温度系数对铷频标输出频率的影响。
The cavity pull effect, microwave power shift, light shift and temperature coefficient which mostly influence the performance of RAFS are studied.
当工作气体温度变化时，脉冲TEA CO_2激光器的输出波长也可能发生变化，此现象称为输出波长的温度漂移。
The output wavelength would change according to the change of the temperature of the gas mixture in a pulsed TEA CO_2 laser, which is called the wavelength-temperature shift.
激光器毛细管内的气体温度影响激光器的输出功率。
Gas temperature in the capillary affects power of the laser.
工作气体温度降低，激光输出波长向短波长的方向移动。
In addition, the laser′s wavelength-temperature shift occurs merely within the 10P branch no matter what ranges the temperature varies.
工作气体温度降低，激光输出波长向短波长的方向移动。
In addition, the laser′s wavelength-temperature shift occurs merely within the 10P branch no matter what ranges the temperature varies.
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