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测量和分析了溴化亚铜激光器放电电流脉冲和激光脉冲波形之间的延时时间与放电管管壁温度的关系，发现激光抽运时间随工作温度的升高而缩短，认为溴化亚铜的分解和复合随温度变化是产生这一现象的主要原因。
The relationship between the delay time between discharge current pulse and laser pulse waveform and the tube wall temperature was measured and analyzed. It was found that the laser pumping time shortened with the increase of working temperature. It is considered that cuprous bromide The decomposition and recombination with temperature is the main reason for this phenomenon.