摘要
为了仿真研究白天对空间目标可见光探测相关技术,基于STK/X的相关技术和对大气辐射计算程序MONTRAN的整合,设计了白天空间目标可见光探测仿真平台,完成了目标亮度、目标轨道、大气和地面探测系统模型的建立和实现。以对某目标白天在长沙地区过境探测为例,估算了在一定角度下为了达到探测目的,探测系统消除杂光能力的大小要求,仿真分析结果与实际情况基本一致,表明仿真平台的有效性。通过该仿真平台的建立,为进一步研究白天对空间目标的可见光探测技术提供了帮助,为探测系统相关指标的设计提供了理论依据。
Based on the STK/X technology and the Integration of an atmospheric calculation program （MONTRAN）, a simulation platform for visible light detection of space objects in daytime was proposed to research the related technology by simulation in visible light detection of space objects. The establishment and realization of the object brightness model, obit model, atmosphere model and the Ground-based detection system model were completed. A detection simulation example of a space object passing by Changsha area, China estimated the ground-based detection system＇s ability which must be attained of suppressing stray light at an angle. Simulation results which are basically consistent with the actual situation show the effectiveness of simulation system. As the establishment of the simulation platform, more help of research on the visible light detection of space objects in deep is provided, and the related indicators for the design of detection system provide a theoretical basis.
出处
《系统仿真学报》
CAS
CSCD
北大核心
2011年第1期70-74,共5页
Journal of System Simulation
