敏捷卫星
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￥ 72.2 6.7折 ￥ 108 全新
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作者赵键，杨芳 著
出版社国防工业出版社
ISBN9787118123166
出版时间2021-07
装帧精装
开本16开
定价108元
货号31378629
上书时间2023-08-30
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作者简介
赵键，男，研究员，长期从事卫星总体设计和卫星及载人飞船控制分系统设计。在新一代光学遥感卫星研制中，采用高精度测量部件、传统姿控部件和创新的控制算法相结合，实现了我国低轨道在轨要求寿命最长、控制精度最高和首颗具有整星连续侧摆功能的新一代光学遥感卫星，同时也确定了实用型平台控制系统标准，达到了国际上同类卫星控制系统的先进水平。
目录
第1章 敏捷卫星概述·······················································································11.1 敏捷卫星概述····························································································11.2 敏捷卫星发展历程····················································································11.2.1国外敏捷卫星发展历程································································11.2.2 我国敏捷卫星发展情况······························································13第2章 敏捷卫星系统分析·············································································152.1 姿态控制分析（暂略）··········································································152.2成像分析··································································································152.2.1 姿态机动能力对成像效能的影响分析······································152.2.2 敏捷成像模式对图像质量的影响分析······································232.2.3 敏捷卫星偏流角及积分时间分析··············································312.3热控分析··································································································392.3.1 外热流分析··················································································392.3.2 热控技术分析··············································································442.4能源分析··································································································462.4.1 光照条件分析··············································································462.4.2 能源平衡分析··············································································482.5测控分析··································································································492.5.1 敏捷模式对导航定位的影响分析··············································492.5.2 敏捷模式对测控通信的影响分析··············································512.6 数传分析··································································································522.6.1数传模式分析··············································································522.6.2 敏捷机动对天线指向及跟踪能力需求分析······························53第3章 敏捷卫星总体设计·············································································573.1 运行模式设计··························································································573.1.1运行模式分析··············································································573.1.2 运行模式设计··············································································59VI3.2 成像模式设计··························································································593.2.1同轨多目标成像模式··································································593.2.2 同轨多条带拼接成像模式··························································603.2.3 同轨多角度立体成像模式··························································603.2.4 同轨同一目标多角度成像模式··················································613.2.5沿任意航迹成像模式··································································613.3 机动能力总体设计（暂略）··································································623.4 构型及力学设计······················································································623.4.1卫星构型设计··············································································623.4.2 整星结构设计··············································································653.4.3 整星传力设计··············································································673.4.4整星频率分配与分析··································································683.4.5 颤振抑制设计··············································································693.5 整星信息流设计······················································································723.5.1信息传输设计·············································································723.5.2 总线传输设计··············································································753.5.3 高精度时间管理设计··································································763.5.4控制信息流设计··········································································773.5.5 图像数据流设计··········································································783.5.6 自主安全性设计··········································································783.6测控设计··································································································813.6.1 测控分析······················································································813.6.2 测控系统设计··············································································843.7供配电设计······························································································863.7.1 供配电分析··················································································863.7.2 供配电设计··················································································873.8热控设计··································································································883.8.1 热特性分析··················································································883.8.2 热控制设计··················································································893.8.3敏捷卫星热设计··········································································903.8.4 热控分系统组成和热控产品介绍··············································933.8.5 热仿真分析··················································································953.9 可操控性设计··························································································973.9.1相机工作模式设计······································································973.9.2 数据传输工作模式设计······························································99VII3.9.3 对地数传天线应用模式设计····················································1003.9.4 文件管理设计············································································1003.9.5任务管理设计············································································1013.9.6 任务不间断执行能力································································1043.10 定位精度影响因素··············································································1053.10.1几何定位原理··········································································1053.10.2 几何定位精度定义··································································1083.10.3 误差源分析··············································································1093.10.4高定位精度设计······································································1113.11 可靠性、安全性设计··········································································1123.11.1 可靠性设计分析······································································1123.11.2安全性设计分析······································································1143.12 CAST3000 平台设计···········································································1183.12.1 概述··························································································1183.12.2平台功能、性能······································································1193.12.3 平台技术特点··········································································1203.12.4 平台组成··················································································1213.12.5卫星公平平台构型尺寸··························································121第4章 总装、集成和验证（AIT）····························································1234.1 敏捷卫星总装、集成技术····································································1234.1.1 总装特点分析············································································1234.1.2总装流程设计············································································1254.2 敏捷卫星试验技术················································································1294.2.1 力学特性设计验证技术····························································1294.3敏捷卫星测试技术················································································1354.3.1 综合测试特点分析····································································1364.3.2 综合测试系统设计····································································137第5章敏捷卫星效能分析···········································································1475.1 覆盖性分析····························································································1475.1.1 单星覆盖性分析········································································1475.1.2多星设计与覆盖性分析····························································1495.2 不同成像模式效能分析········································································1545.2.1 多条带拼接成像的效能评估····················································154VIII5.2.2 同轨立体成像的效能评估························································1565.2.3区域目标成像的效能评估························································157第6章 敏捷卫星任务规划技术···································································1596.1 敏捷卫星任务规划特征及需求分析····················································1596.1.1 任务规划需求分析····································································1596.1.2任务规划特点············································································1626.2 敏捷卫星地面任务规划技术································································1646.2.1 任务规划基本设计思路····························································1646.2.2 任务规划架构设计······················
内容摘要
全书共分9章，内容包括敏捷卫星概述、敏捷卫星系统分析、敏捷卫星总体设计、总装集成和验证、敏捷卫星效能分析、敏捷卫星任务规划技术、敏捷卫星总体仿真技术、敏捷卫星应用技术、敏捷卫星技术展望等。其中很多内容是从研究和工程实践中归纳、总结、并经飞行验证的研究成果，实用性很强。
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