摘要
根据气流与化学激光的“对流－非平衡交叉驰豫”的理论，对于气流介质的湍流和层流混合两类流动模型，数值模拟计算了低气压超声速连续波ＨＦ化学激光器的介质光抽取效率。
According to Convection nonequilibrium cross relaxtion' theory of gas flow and chemical lasers, for the two type flow models of a gas flow medium with turbulent or laminar flow mixture respectively, numerical calculation of optical extraction effciency have been made in low pressure supersonic continous wave HF chemical lasers and compare to the optical extraction efficiency in homogeneous broadening medium.
出处
《原子与分子物理学报》
CAS
CSCD
北大核心
1999年第2期271-274,共4页
Journal of Atomic and Molecular Physics
关键词
光抽取效率
化学激光器
超声速连续波
氟化氢
Optical extraction efficiency
chemical laser
Saturation gain spectrum
Laminar and turbulent mixing
