CAJ | 학술논문

针对 LEO-LEO 掩星探测可以在不引进外界温度场的情况下，实现湿度和温度的独立反演，并成为未来掩星探测的重要发展领域，该文详细介绍了目前国外主要的 LEO-LEO 掩星探测计划，通过对 LEO-LEO 掩星事件的数量及分布进行计算机仿真，分别得出了一天和一个月当中掩星事件发生的数量及在各个经纬度区间的分布情况，并将仿真结果与欧空局的 ACCURATE 掩星探测计划进行了验证。结果表明：仿真结果与实际情况比较吻合，验证了模型的有效性，可以为国内 LEO-LEO 掩星探测计划提供一定参考。
침대 LEO-LEO 엄성탐측가이재불인진외계온도장적정황하，실현습도화온도적독립반연，병성위미래엄성탐측적중요발전영역，해문상세개소료목전국외주요적 LEO-LEO 엄성탐측계화，통과대 LEO-LEO 엄성사건적수량급분포진행계산궤방진，분별득출료일천화일개월당중엄성사건발생적수량급재각개경위도구간적분포정황，병장방진결과여구공국적 ACCURATE 엄성탐측계화진행료험증。결과표명：방진결과여실제정황비교문합，험증료모형적유효성，가이위국내 LEO-LEO 엄성탐측계화제공일정삼고。
LEO-LEO occultation detection will be a significant region in the future,which can measure temperature independently from water vapor without introducing another temperature source.This paper introduces in detail the major foreign LEO-LEO occultation exploration programs.The number and distribution in longitude and latitude interval of LEO-LEO occultation events occurred in the course of a day and a month are obtained based on simulation.When compared with the real results obtained from the satellite mission ACCURATE which was proposed by the European Space Agency,the simulation results coincide very well,which show that the system simulation model is valid and can be served as a reference for domestic LEO-LEO occultation detection plan.