固体式红外增强吊舱结构设计

固体式红外增强吊舱的结构（壳体）是火工品（药柱）空中正常燃烧的载体舱，它说不来 燃烧室和火焰喷射口。由于工作环境的恶劣，它除了满足一般航空零构件的需求外，还必须满足火工品的一些特殊要求。本文根据吊舱结构的上述工作特点，安装方式和使用要求，进行了吊舱结构设计。从方案构思、设计计算到样件除完成常规设计外，成功地解决了设计中的四个关键问题，吊舱结构先后通过振动试验，地面点火试验以及空中靶试使用，证明设计     

目标红外特征及几种红外干扰特征的研究

在现代战争中,光电对抗技术的应用和研究发展很快,由此对各类目标的红外特征和各种红外干扰物的特征研究受到很大重视。本文在简要地介绍了国外红外技术发展现状的同时,对我国当前研制的红外烟雾弹和红外诱饵弹进行了试验,获得了大量实验数据,并进行了分析,对今后研究目标的红外特征和红外干扰物的特征提供了事实依据。     

日本的静地轨道气象卫星——向日葵

本文讲述了日本静地轨道气象卫星——向日葵号的研制背景、工作情况及用途,介绍了9个地面站的工作联系及设置地点,并用图表显示了向日葵卫星星体结构和性能。     

波音777-300ER飞机后货舱虚假火警信息分析

介绍了波音777-300ER飞机货舱防火系统的工作原理及各部分构造和功能,并针对一次典型的虚假货舱火警信息进行了深入分析。     

期望状态序列导向的深空探测器规划修复方法

Aiming at the challenges caused by the persistence, concurrency and energy consumption of probe actions, a plan repair method of deep space probe based on the expected state sequence is proposed. In this method, the expected state sequence is formed of the expected effect of the unfinished action and the expected precondition of the unexecuted action in the pre designed plan, according to the execution status of the action. The expected state sequence is an ordered set of states with mixed logic and energy, providing subgoals for plan repair and also transforming the plan repair problem into the state transition path searching problem. During the search, the plan repair strategy with energy supply priority is proposed, which separates the logic repair from energy repair to reduce the difficulty of solving the problem. And this method enables the probe to recover from plan failure autonomously. Finally, the effectiveness and rationality of the proposed method are verified through simulation by taking the Mars Orbiter as an example.