红外技术2024，Vol.46Issue(10)：1218-1223,6.
不同高度不同大气模式下红外图像仿真
Simulation of Infrared Images at Different Heights and Atmospheric Modes
摘要
Abstract
The atmosphere and imaging height directly affect the infrared image quality of thermal imagers.Using the infrared image of an aircraft platform as the data source,infrared simulation images at different heights and atmospheric modes were studied,and a simulation calculation formula for the height of the thermal imager was derived.By selecting different atmospheric modes,examining MODTRAN and LOWTRAN atmospheric radiation transmission models for infrared image atmospheric correction at different heights,and analyzing and comparing the obtained simulation data,it is concluded that when the distance is less than 20 km,the simulation data of the two models in the same atmospheric mode are close and that the error is small,which is ideal.When the distance was greater than 20 km,the reference value of the LOWTRAN model simulation data was small,and the results of the MODTRAN model were closer to the actual situation and therefore more practical.关键词
仿真/热红外辐射/大气模式Key words
simulation/thermal infrared radiation/atmospheric mode分类
计算机与自动化引用本文复制引用
李金萍,蔡友林,刘其涛..不同高度不同大气模式下红外图像仿真[J].红外技术,2024,46(10):1218-1223,6.基金项目
江西省放射性地学大数据技术工程实验室开放基金(JELRGBDT202103),江西省核地学数据科学与系统工程技术研究中心开放基金(JETRCNGDSS201806). （JELRGBDT202103）
