Space Micropropulsion for Nanosatellites Progress Challenges and Future 1st Edition by Kean How Cheah ISBN 012819037X 978-0128190371

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Product details: 

ISBN 10: 012819037X

ISBN 13: 978-0128190371

Author: Kean How Cheah

Space Micropropulsion for Nanosatellites: Progress, Challenges and Future 1st Table of contents: 

• Introduction: The Importance of Micropropulsion for Nanosatellites

  • Overview of nanosatellites and their growing role in space exploration
  • The need for micropropulsion systems in nanosatellite missions
  • Objectives of the book and key challenges addressed

• Chapter 1: Fundamentals of Micropropulsion Systems

  • Basic principles of propulsion in space environments
  • Overview of the physics of micropropulsion
  • The role of propulsion in orbit maintenance, attitude control, and station-keeping

• Chapter 2: Types of Micropropulsion Systems

  • Chemical propulsion systems for nanosatellites
  • Electric propulsion: Hall effect thrusters, ion engines, and field-emission electric propulsion (FEEP)
  • Cold gas thrusters and other novel propulsion techniques
  • Hybrid systems combining different propulsion technologies

• Chapter 3: Micropropulsion System Design and Integration

  • Design considerations for micropropulsion systems in nanosatellites
  • Integration of propulsion with satellite power, control, and communication subsystems
  • Miniaturization and packaging challenges

• Chapter 4: Performance Metrics for Micropropulsion Systems

  • Specific impulse, thrust-to-weight ratio, and efficiency of micropropulsion systems
  • Trade-offs between performance and power consumption
  • System-level optimization for mission goals

• Chapter 5: Progress in Micropropulsion Technology for Nanosatellites

  • Recent developments in propulsion systems for small spacecraft
  • Successful case studies of nanosatellite propulsion technologies
  • Advances in miniaturization and component integration

• Chapter 6: Challenges in Micropropulsion for Nanosatellites

  • Limitations of current micropropulsion systems for small spacecraft
  • Power, fuel, and thermal management challenges
  • Scalability and reliability of micropropulsion technologies

• Chapter 7: Propulsion System Testing and Validation

  • Testing requirements for propulsion systems in space and ground-based facilities
  • Challenges in simulating the space environment for small-scale systems
  • Validation and qualification processes for micropropulsion components

• Chapter 8: Emerging Micropropulsion Technologies

  • Advanced electric propulsion technologies: gridded ion thrusters, Hall thrusters, and more
  • New chemical propulsion options: Green propellants and non-toxic solutions
  • Novel approaches in propellantless propulsion (e.g., photon pressure and electromagnetic systems)

• Chapter 9: Applications of Micropropulsion for Nanosatellites

  • Nanosatellite missions and the need for propulsion: Earth observation, communications, and science missions
  • Long-duration missions: Solar system exploration and interplanetary applications
  • Orbit-raising, station-keeping, and end-of-life disposal of nanosatellites

• Chapter 10: Future Trends and the Evolution of Micropropulsion

  • The future of propulsion in the small satellite sector
  • Advances in autonomy and on-board propulsion control systems
  • Prospects for hybrid propulsion systems and their role in mission optimization

• Conclusion: The Road Ahead for Nanosatellite Propulsion

  • Summary of the current state of micropropulsion for nanosatellites
  • Future research directions and technological breakthroughs needed
  • The role of micropropulsion in the expansion of nanosatellite capabilities

• Appendices

  • Glossary of terms used in micropropulsion and nanosatellite design
  • Technical resources and tools for propulsion system design
  • Recommended reading and further research

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