150
4 Structure and Mechanism Technology of Lunar Lander
References
1. Yuan J, Yu D, Chen L et al (2004) Design and analysis of spacecraft structure. China Astronautic
Publishing House, Beijing
2. Milton B (1964) Surveyor lander mission and capability. JPL, 8
3. Hughes (1964) Surveyor spacecraft A-21A model description. JPL, 9
4. Jim R et al. (1991) The final report on the design of the Common Lunar Lander.
5. Nikola B, et al. (1993) Extended Duration Lunar Lander.
6. Williamson M (2002) Aiming for the moon: the engineering challenge of Apollo. Eng Sci Educ
J 11(5):164–172
7. Floyd VB (1970) Apollo Lunar Descent and ascent trajectories. Aerospace Science Meeting,
New York
8. Wubbo JO (1997) EuroMoon 2000 a plan for a European lunar south Pole expedition. Acta
Astronaut 41(4–10):579–583
9. Marien GJ (2004) Engineering Design Challenges of the Lunar Lander. AIAA
10. Siegfried WH (1999) Lunar base development missions. IAF Congress 44:755–767
11. Cadogan D, Sandy C, Grahne M (2002) Development and evaluation of the mars pathfinder
inflatable airbag landing system. Mars Pathfinder Landing System 50:633–640
12. Chu G, Zhang H (2007) Technology of lunar probes. China Science and Technology Press,
Beijing
13. Sun Z, Zhang H, Wu X et al (2010) Mission analysis of a lunar soft lander. Spacecraft Eng
19(5):12–16
14. C Wang, Deng Z, Gao H et al (2006) Development status of lunar landers. Missiles and Space
Vehicles 284(4):31–36
15. L Chen (2005) Spacecraft structures and mechanisms. China Science and Technology Press,
Beijing
4 Structure and Mechanism Technology of Lunar Lander
References
1. Yuan J, Yu D, Chen L et al (2004) Design and analysis of spacecraft structure. China Astronautic
Publishing House, Beijing
2. Milton B (1964) Surveyor lander mission and capability. JPL, 8
3. Hughes (1964) Surveyor spacecraft A-21A model description. JPL, 9
4. Jim R et al. (1991) The final report on the design of the Common Lunar Lander.
5. Nikola B, et al. (1993) Extended Duration Lunar Lander.
6. Williamson M (2002) Aiming for the moon: the engineering challenge of Apollo. Eng Sci Educ
J 11(5):164–172
7. Floyd VB (1970) Apollo Lunar Descent and ascent trajectories. Aerospace Science Meeting,
New York
8. Wubbo JO (1997) EuroMoon 2000 a plan for a European lunar south Pole expedition. Acta
Astronaut 41(4–10):579–583
9. Marien GJ (2004) Engineering Design Challenges of the Lunar Lander. AIAA
10. Siegfried WH (1999) Lunar base development missions. IAF Congress 44:755–767
11. Cadogan D, Sandy C, Grahne M (2002) Development and evaluation of the mars pathfinder
inflatable airbag landing system. Mars Pathfinder Landing System 50:633–640
12. Chu G, Zhang H (2007) Technology of lunar probes. China Science and Technology Press,
Beijing
13. Sun Z, Zhang H, Wu X et al (2010) Mission analysis of a lunar soft lander. Spacecraft Eng
19(5):12–16
14. C Wang, Deng Z, Gao H et al (2006) Development status of lunar landers. Missiles and Space
Vehicles 284(4):31–36
15. L Chen (2005) Spacecraft structures and mechanisms. China Science and Technology Press,
Beijing
