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Manned spacecraft technologies 版權信息
- ISBN：9787568290586
- 條形碼：9787568290586 ; 978-7-5682-9058-6
- 裝幀：一般膠版紙
- 冊數：暫無
- 重量：暫無
- 所屬分類：>
Manned spacecraft technologies 內容簡介
This book offers essential information on China's human spacecraft technologies， reviewing their evolution from theoretical and engineering perspectives. It discusses topics such as the design of manned spaceships， cargo spacecraft， space laboratories， space stations and manned lunar and Mars detection spacecraft. It also addresses various key technologies， e.g. for manned rendezvous， docking and reentry. The book is chiefly intended for researchers， graduate students and professionals in the fields of aerospace engineering， control， electronics & electrical engineering， and related areas.
Manned spacecraft technologies 目錄
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 Slup
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 Marupulator
14 Technology of Manned Environmental Control and Life Support
15 Technology of Extravehicular Activity
Bibliography
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 Slup
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 Marupulator
14 Technology of Manned Environmental Control and Life Support
15 Technology of Extravehicular Activity
Bibliography
展開全部
Manned spacecraft technologies 作者簡介
楊宏，國際宇航科學院（IAA）終身院士，中國空間技術研究院載人航天總體部研究員、博士生導師。歷任載人飛船副總設計師、“天宮一號”總設計師等職務，現任中國載人航天工程空間站系統總設計師。長期從事載人航天器信息與電子系統總體設計、系統設計和工程管理工作。獲國家科技進步特等獎2項、軍隊科技進步一等獎2項，享受國務院政府特殊津貼；獲“中國青年科技創新杰出獎”、“全國優秀科技工作者”稱號、全國創新爭先獎和航天功勛獎等榮譽。在國內外期刊發表論文近50篇，出版學術專著2部。
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