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载人航天器技术(英文版)(精)

载人航天器技术(英文版)(精)

  • 字数: 450
  • 出版社: 北京理工大学
  • 作者: 编者:杨宏|责编:梁铜华
  • 商品条码: 9787568290586
  • 版次: 1
  • 出版年份: 2020
  • 印次: 1
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内容简介
本书是北京理工大学出版社与Springer Nature联合出版图书。载人航天技术是全球航天领域的战略制高点。本书内容主要来自我国载人航天工程领域的工程实践(如“神舟系列飞船”型号、“天宫一号”等),是中国空间技术研究院载人航天领军团队的匠心之作,内容包括载人飞船、货运飞船、空间实验室、空间站等载人航天器的总体设计技术;涵盖载人交会对接、载人再入返回等载人航天器专项技术,以及可重复利用技术、在轨货物下行技术、新型推进技术、受控生命保障技术、新材料技术、数字化研制技术等多项载人航天器新技术。本书可供从事宇航工程、航天器总体设计及有关专业的科技工作者,从事航天战略性工程的项目管理者和政府决策部门参考使用。
作者简介
杨宏,国际宇航科学院(IAA)终身院士,中国空间技术研究院载人航天总体部研究员、博士生导师。历任载人飞船副总设计师、“天宫一号”总设计师等职务,现任中国载人航天工程空间站系统总设计师。长期从事载人航天器信息与电子系统总体设计、系统设计和工程管理工作。获国家科技进步特等奖2项、军队科技进步一等奖2项,享受国务院政府特殊津贴;获“中国青年科技创新杰出奖”、“全国优秀科技工作者”称号、全国创新争先奖和航天功勋奖等荣誉。在国内外期刊发表论文近50篇,出版学术专著2部。
目录
1 Introduction 1.1 About the Development of Foreign Manned Space Projects 1.2 Development History of China's Manned Space Project 1.3 China's Manned Spacecraft Technologies System 2 Overall Technology of Manned Spacecraft 2.1 Overview of Overall Design 2.1.1 Overall Design Principles 2.1.2 Overall Design Tasks 2.2 Bearing and Sealing System 2.2.1 Module Structure 2.2.2 Seal Design 2.2.3 Design of Module Connection and Separation 2.3 Guidance, Navigation and Control System 2.3.1 Task and Composition 2.3.2 Working Mode 2.4 Energy Management System 2.4.1 Platform Energy System 2.4.2 EED Energy System 2.4.3 Grounding Design 2.5 Information Management System 2.5.1 Data Management Subsystem 2.5.2 Display Subsystem 2.5.3 Image Subsystem 2.5.4 Voice Subsystem 2.5.5 Space-earth Communication Subsystem 2.5.6 Rendezvous and Docking Communication Subsystem 2.6 Environmental Control and Life Support System 2.6.1 Function and Composition 2.6.2 Air Supply and Pressure Regulation Technology 2.6.3 Ventilation and Purification Technology 2.6.4 Temperature and Humidity Control Techniques 2.6.5 Waste Collection and Disposal Techniques 2.6.6 Water Management Techniques 2.6.7 Pressure Emergency and Intravehicular Spacesuit Technology 2.6.8 Fire Prevention and Extinguishing Technology of Sealed Cabin 2.6.9 Measurement Control Technology 2.6.10 Living Facilities for Astronauts 2.7 Thermal Control System 2.7.1 Thermal Environment of Manned Spacecraft 2.7.2 Composition of Onboard Thermal Control System 2.7.3 Passive Thermal Control Subsystem 2.7.4 Fluid Loop Subsystem 2.7.5 Active Thermal Control Subsystem 2.7.6 Ground Temperature Control Subsystem 2.8 Recovery and Landing System 2.8.1 System Task 2.8.2 System Function and Operating Characteristics 2.8.3 Design of Deceleration Function 2.8.4 Design of Landing Buffer Function 2.8.5 Design of Locating Function 2.9 Human-computer Interaction System 2.9.1 Human-computer Interaction Technology 2.9.2 Human-computer Interaction System for Manned Spacecraft 2.9.3 Information Display Interface 2.9.4 Human-computer Control Interface 2.9.5 Over-limit Alarm Notification 3 General Technology of Cargo Ship 3.1 General 3.2 Design Technology of \"Tianzhou\" Cargo Ship 3.2.1 System Design 3.2.2 Flight Plan 3.3 Structural Bearing and Sealing System 3.3.1 Structure of Cargo Module 3.3.2 Structure of Propulsion Module 3.3.3 Module Connection 3.3.4 Sealing Design …… 4 Design Technology of Space Laboratory System 5 Design Technology of Space Station System 6 Manned Rendezvous and Docking Technology 7 Manned Reentry and Return Technology 8 Manned Landing and Recovery Technology 9 Emergency Life-saving Technology 10 Technology of Orbital Propellant Refueling 11 Technology of the Management and Control of the Combination 12 Maintainability Technology of Manned Spacecraft 13 Application Technology of Space Manipulator 14 Technology of Manned Environmental Control and Life Support 15 Technology of Extravehicular Activity Bibliography

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