Garside B K, Ballik E A, Elsherbiny M, Shewchun J
Appl Opt. 1977 Feb 1;16(2):398-402. doi: 10.1364/AO.16.000398.
Experimental coincidences between CO laser lines and seventeen NO lines have been observed. Three important parameters, the separation between each laser line and the nearest NO line (Deltanu), the pressure broadening parameter (gammaL degrees ), and the line strength ((Supsilon,J)), have been determined for each laser wavelength using the best match between experimental absorption data and theoretical calculations. These parameters are compared, where possible, with previously published results. The measured data are important for pollution monitoring systems employing tunable lasers in a direct absorption approach.
已观察到CO激光谱线与17条NO谱线之间的实验巧合。利用实验吸收数据与理论计算之间的最佳匹配，为每个激光波长确定了三个重要参数：每条激光谱线与最近的NO谱线之间的间距（Δν）、压力展宽参数（γL°）和谱线强度（（συ,J））。在可能的情况下，将这些参数与先前发表的结果进行比较。测量数据对于采用直接吸收法的可调谐激光污染监测系统非常重要。
