Atmospheric Ultraviolet Transmission and LIDAR Returns
The atmospheric transmission model UVTRAN is modified by use of molecular absorption cross sections taken from Hitran2004 database. The modified UVTRAN can be utilized to calculate atmospheric transmission with both high accuracy and super spectral resolution. It can replace FASCOD3 model because the current FASCOD3 for micro-computer can not be used in the ultraviolet spectrum. As an example, atmospheric transmissions and return signals are calculated by the modified UVTRAN for the 6 laser wavelengths at visible and ultraviolet spectrum. The results show that the laser wavelength at medium ultraviolet, e.g. 308nm XeCl Excimer laser, is suitable for working at short distance in the troposphere. The ultraviolet detector with very high sensitivity is required if a laser is chosen to work in deep ultraviolet.
Atmospheric ultraviolet transmission Atmospheric radiative transfer odels UVTRAN HITRAN Ultraviolet Lidar
Dong Hao Sun Yi Yi Bi Zhao Hui
Department of Computer Sciences, Yantai University Yantai 264005, China
国际会议
2009图像分析与信号处理国际会议(2009 International Conference on Image Analysis and Signal Processing)
浙江台州
英文
342-345
2009-04-11（万方平台首次上网日期，不代表论文的发表时间）