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本文在对O2 (1 Δg)最佳气相传输温度计算的分析基础上 ,从防止O2 (1 Δg)在经过渡段的淬灭、气流温度对氧碘混合程度和对氧碘化学反应效率的影响三个方面进行了讨论 ,指出了获得最佳O2 (1 Δg)气相传输温度的途径。同时还讨论了实现激光器低温运行提高出光功率的可行性
Based on the analysis of the optimal vapor transport temperature for O2 (1 Δg), this paper studied the effect of O2 (1 Δg) on quenching of the transition zone, the effect of temperature on the oxygen and iodine mixing and the efficiency of chemical reaction with oxygen and iodine Three aspects are discussed, pointing out the way to get the best O2 (1 Δg) vapor transport temperature. At the same time, the feasibility of raising the output power of the laser at low temperature is also discussed