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دسته بندی: تجهیزات هوافضا ویرایش: 1 نویسندگان: Rui You, Wenjun Gao, Chunbang Wu, Hongbin Li سری: Space Science and Technologies ISBN (شابک) : 9789811558320, 9789811558337 ناشر: Springer سال نشر: 2020 تعداد صفحات: 459 زبان: English فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) حجم فایل: 25 مگابایت
کلمات کلیدی مربوط به کتاب فن آوری برای طراحی مهندسی آنتن فضاپیما: فضاپیما، ارتباطات، آنتن
در صورت تبدیل فایل کتاب Technologies for Spacecraft Antenna Engineering Design به فرمت های PDF، EPUB، AZW3، MOBI و یا DJVU می توانید به پشتیبان اطلاع دهید تا فایل مورد نظر را تبدیل نمایند.
توجه داشته باشید کتاب فن آوری برای طراحی مهندسی آنتن فضاپیما نسخه زبان اصلی می باشد و کتاب ترجمه شده به فارسی نمی باشد. وبسایت اینترنشنال لایبرری ارائه دهنده کتاب های زبان اصلی می باشد و هیچ گونه کتاب ترجمه شده یا نوشته شده به فارسی را ارائه نمی دهد.
این کتاب بر روی رویکردهای طراحی مهندسی برای آنتن های فضاپیما تمرکز دارد. بر اساس عملکرد آنها در فضاپیما، طراحی عملی آنتن، اندازه گیری و آزمایش را مورد بحث قرار می دهد. بیشتر آنتن های تحت پوشش از آکادمی فناوری فضایی چین (CAST) منشا گرفته اند که تقریباً 300 ماهواره را به مدار زمین پرتاب کرده است. این کتاب سیستمهای آنتنی را برای هفت طرح فضاپیمای موجود ارائه میکند، در حالی که خوانندگان را با فناوریهای جدید آنتن برای فضاپیماها آشنا میکند. این کتاب برای محققان، دانشجویان تحصیلات تکمیلی و مهندسان در زمینه های مختلف فناوری هوافضا و فضانوردی، به ویژه طراحی فضاپیما، مهندسی ارتباطات و حوزه های مرتبط در نظر گرفته شده است.
This book focuses on engineering design approaches for spacecraft antennas. Based on their functions in spacecraft, it discusses practical antenna design, measurement and testing. Most of the antennas covered originated at the China Academy of Space Technology (CAST), which has launched almost 300 satellites into orbit. The book presents antenna systems for seven existing spacecraft designs, while also introducing readers to new antenna technologies for spacecraft. This book is intended for researchers, graduate students, and engineers in various fields of aerospace technology and astronautics, especially spacecraft design, communication engineering and related areas.
Series Editor’s Preface Preface Contents About the Authors Contributors Acronyms 1 Overview 1.1 Components and Types of Spacecraft 1.2 Characteristics and Classification of Spacecraft Antennas 1.2.1 Characteristics of Spacecraft Antenna 1.2.2 Classification of Spacecraft Antennas 1.3 Key Points of Spacecraft Antenna Design 1.3.1 Task Analysis and Electromagnetic Layout 1.3.2 Essential Factors for Adaptive Design of Space Environment 1.3.3 Platform Antenna Design 1.3.4 Payload Antenna Design 2 Spacecraft TT&C Antenna 2.1 Main Characteristics of Spacecraft TT&C Antenna 2.1.1 TT&C Antenna Array Mode 2.1.2 Main Technical Requirements of TT&C Antenna 2.2 S-Band Bifilar Conical Helical TT&C Antenna 2.3 S-Band Quadrifilar Helical Antenna 2.4 S-Band Cavity-Backed Dipole TT&C Antenna 2.5 C-Band Coaxial-Slot Double-Cone-Disk TT&C Antenna 2.6 Other TT&C Antennas 3 Spacecraft DTA 3.1 Main Technical Characteristics of Spacecraft DTA 3.1.1 Earth Shaped Beam 3.1.2 Main Characteristics of DTA 3.2 X-Band Bifilar Backfire Helical Antenna 3.2.1 Radiation Mode of Helical Antenna 3.2.2 Radiation Pattern of Complex Transmission Mode 3.2.3 Multipactor Margin Design for DTA 3.2.4 Engineering Application Design of DTA 3.3 X-Band-Shaped Reflector Antenna 3.3.1 Design of Cross-Dipole Feed 3.3.2 Performance of Shaped Reflector Antenna 3.4 Spot Beam Double Circularly Polarized DTA 3.4.1 Demand and Task Analysis 3.4.2 Stepped Diaphragm Double Circular Polarizer Design 3.4.3 Double Circularly Polarized Antenna Design References 4 Spacecraft GNSS Antenna 4.1 Main Technical Requirements of Spacecraft GNSS Antenna 4.2 Single-Frequency GNSS Antenna 4.2.1 Self-feeding Quadrifilar Helix GNSS Antenna 4.2.2 Microstrip GNSS Antenna 4.3 Dual-Band GNSS Antenna 4.3.1 Dual-Band Microstrip GNSS Antenna 4.3.2 Dual-Frequency PEC GNSS Antenna 4.4 High-Orbit GNSS Navigation Antenna References 5 Inter-satellite Link Antenna 5.1 ISLs Characteristics of Navigation Satellites 5.1.1 Static Link 5.1.2 Dynamic Link 5.2 ISLs Reflector Antenna 5.2.1 Demand and Task Analysis 5.2.2 Design of Reflector Antenna Assembly 5.2.3 Design of Rotating Joint Assembly 5.2.4 Design of Waveguide Assembly 5.3 ISLs Phased Array Antenna 5.3.1 Demand and Task Analysis 5.3.2 Overall Scheme of Phased Array Antenna 5.3.3 Array Design of Phased Array Antenna 5.3.4 Design of TR Assembly 5.3.5 Amplitude and Phase Calibration Design Reference 6 Communication Satellite Payload Antenna 6.1 Communication Satellite Payload Antenna Characteristics 6.1.1 Development and Characteristics of International Spaceborne Communication Antennas 6.1.2 Development and Characteristics of Chinese Satellite Communication Antenna 6.1.3 Key Technology of Communication Satellite Antenna Engineering Application 6.2 Shaped Reflector Antenna 6.2.1 Design of Shaped Reflector Antenna—Representation Method of Reflector Surface 6.2.2 Optimizing Reflector Shape 6.2.3 Structure Realization 6.3 Multi-beam Antenna 6.3.1 Application and Characteristics of Multi-beam Antenna 6.3.2 Design of Reflector Multi-beam Antenna 6.3.3 Main Technical Parameters of Multi-beam Antenna 6.3.4 Impact and Design of Core Indicators 6.4 Adaptive Nulling Antenna 6.4.1 Application and Characteristics of Nulling Antenna 6.4.2 Basic Principle of Nulling Antenna 6.4.3 Principle of Space-Borne Nulling Antenna 6.5 Large Mesh Reflector Antenna 6.5.1 Annular Mesh Antenna 6.5.2 Umbrella Antenna 6.5.3 Truss Antenna References 7 Microwave Remote Sensing Satellite Payload Antenna 7.1 Technical Characteristics of Microwave Remote Sensing Satellite Payload Antenna 7.2 Ocean Microwave Radiometer Antenna 7.2.1 Ocean Observation Microwave Radiometer 7.2.2 Design of Earth Observation Antenna 7.2.3 Design of Cold Calibration Antenna 7.2.4 Feed 7.2.5 Scanning Mechanism 7.2.6 Lock-Release Device 7.3 Ocean Microwave Scatterometer Antenna 7.3.1 Principle of Ocean Microwave Scatterometer 7.3.2 Antenna System of Ocean Microwave Scatterometer 7.3.3 Examples of Ocean Microwave Scatterometer Antennas 7.4 Synthetic Aperture Microwave Radiometer Antenna 7.4.1 Principle of Synthetic Aperture Microwave Radiometer 7.4.2 Synthetic Aperture Radiometer Antenna 7.4.3 U.S. GeoSTAR 7.4.4 European SMOS 7.4.5 Swedish GAS 7.5 Synthetic Aperture Radar Antenna 7.5.1 Requirements for Synthetic Aperture Radar Antennas 7.5.2 Several Main Forms of Synthetic Aperture Radar Antennas 7.5.3 Synthetic Aperture Radar Antenna Application Example References 8 Low-Frequency Antenna and Small Satellite Antenna 8.1 UHF Communication Antenna 8.1.1 Electrical Performance Design 8.1.2 Deployment Mechanism Design 8.2 Small Satellite Antenna 8.2.1 Introduction to Several Common Antennas 8.2.2 Dipole Antennas 8.2.3 Deployable Helical Antennas 8.2.4 Inter-satellite Link Antennas References 9 Reliability Design of Spacecraft Antenna 9.1 Structure Design of Spacecraft Antenna 9.1.1 Material Selection for Antenna Structure 9.1.2 Antenna Structure Design 9.1.3 Antenna Mechanical Analysis 9.2 Spacecraft Antenna Thermal Design 9.2.1 Thermal Design Principles and Methods 9.2.2 Main Thermal Control Products of Antenna 9.2.3 Thermal Design of a Satellite DCS Antenna 9.2.4 Thermal Analysis of Antenna On-Orbit 9.2.5 Thermal Deformation and Thermal Stress Analysis 9.3 Design of Spacecraft Antenna Multipaction Protection 9.4 Spacecraft Antenna Passive Inter-modulation Protection Design 9.4.1 PIM of Antennas in Communication Satellites 9.4.2 PIM of Coaxial Cable in Communication Satellite 9.4.3 PIM of Connectors in Communication Satellites References 10 Spacecraft Antenna Test Technology 10.1 Spacecraft Antenna Electrical Performance Testing Technology 10.1.1 Electrical Performance Test Task 10.1.2 Circuit Performance Parameter Test 10.1.3 Radiation Performance Parameter Test 10.1.4 System Performance Parameter Test 10.1.5 Multipaction Test 10.1.6 Spacecraft Antenna Assisted Test Technology 10.2 Spacecraft Antenna Environmental Test Technology 10.2.1 Dynamic Environment Test 10.2.2 Thermal Environment Test 11 Design Case of Typical Spacecraft Antenna System 11.1 Design Case for Earth Remote Sensing Satellite Antenna System 11.1.1 Composition of TT&C Antenna 11.1.2 Composition of Data Transmission Antenna 11.1.3 Antenna System Layout 11.1.4 Performance of Antenna System 11.2 Design Case of Meteorological Satellite Antenna System 11.2.1 Satellite Function 11.2.2 Technical Specification 11.2.3 Design of Antenna System 11.2.4 Development Experience and On-Orbit Application 11.3 Design Case of Space Science Satellite Antenna System 11.3.1 Mission Requirements and Technical Difficulties 11.3.2 Design Scheme of Antenna System 11.4 Design Case of Communication Satellite Antenna System 11.4.1 Technical Requirement 11.4.2 Scheme Design 11.4.3 Antenna System Application 11.5 Design Case of Antenna System of the Recoverable Satellite 11.5.1 Mission Analysis 11.5.2 Antenna System Design 11.6 Design Case of Antenna System for the Spacecraft Shenzhou 11.6.1 Engineering Design Requirements 11.6.2 Recoverable Capsule Antenna 11.6.3 Orbital Module USB Antenna 11.6.4 Propulsion Module Antenna 11.6.5 Flight Test Results 11.7 Design Case of Chang\'e-5 Lunar Probe Antenna System 11.7.1 Task Analysis of Antenna System 11.7.2 Antenna System Design 11.7.3 Antenna System Operating Mode 11.7.4 Antenna Element Design 12 Overview of New Technology of Spacecraft Antenna 12.1 Intelligent Reconfigurable Antenna 12.1.1 Frequency Reconfiguration 12.1.2 Pattern Reconfiguration 12.1.3 Polarization Reconfiguration 12.2 Multi-band Reflector Antenna 12.2.1 Dual-Band Multipolar Feed 12.2.2 Triple-Band Multipolar Feed 12.2.3 Five-Band Feed 12.3 Membrane Phased Array Antenna 12.3.1 JPL Membrane Phased Array Antenna 12.3.2 Research Progress in China 12.4 Application of MEMS in Antenna 12.4.1 Brief Introduction to MEMS Machining Process 12.4.2 MEMS Phase Shifter 12.5 Application of Terahertz Technology in Antenna 12.5.1 Terahertz Wave Definition and Characteristics 12.5.2 Application of Terahertz Technology in Space Field 12.5.3 Technological Characteristics of THz Antenna References Appendix A.1 Basic Equation of Wire Antenna A.1.1 Current Distribution and Radiation Field of Symmetrical Dipole A.1.2 The Pattern of Symmetrical Dipole A.2 Basic Equation of Reflector Antenna A.2.1 Common Methods for Analyzing the Radiation Characteristics of Reflector Antenna A.2.2 PO Method A.3 Basic Equation of Planar Array Antenna A.3.1 Radiation Field of Antenna Unit A.3.2 Radiation Field of Linear Array A.3.3 Radiation Field of Plane Array A.3.4 Array Antenna Pattern Synthesis Method—Projection Matrix Method [1, 2] References