Collecting militaria by Robert Wilkinson-Latham

By Robert Wilkinson-Latham

Gathering militaria

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7. Design Reference Mission showing how astronauts will travel to the Moon with cargo. Image courtesy: NASA. 8. Design Reference Mission showing how cargo will be transported to the lunar surface. Image courtesy: NASA. trans-lunar insertion (TLI) burn and then be discarded. The LSAM will then perform a burn that will insert the LSAM and Orion into lunar orbit. Once in lunar orbit, all four astronauts will transfer to the LSAM, undock from Orion, and descend to the lunar surface. After spending seven days exploring the lunar surface the LSAM will perform an ascent to low lunar orbit (LLO) and rendezvous and dock with Orion, which will return to Earth for a land or water landing.

The two-launch architecture required for a circumlunar mission could be achieved using existing CZ-2E/CZ-2F boosters and ®tting a docking system to an existing rocket stage. A manned Shenzhou could be launched by a CZ-2F Launch Vehicle (LV) followed by a restartable liquid oxygen (LOX)/liquid hydrogen (LH2 ) stage launched by a CZ-2E LV. After the Shenzhou had made its ®rst orbit, it would rendezvous and dock with the stage, which would then ®re its engines, placing the combined Shenzhou and stage into a translunar trajectory.

Design Reference Mission showing how astronauts will travel to the Moon with cargo. Image courtesy: NASA. 8. Design Reference Mission showing how cargo will be transported to the lunar surface. Image courtesy: NASA. trans-lunar insertion (TLI) burn and then be discarded. The LSAM will then perform a burn that will insert the LSAM and Orion into lunar orbit. Once in lunar orbit, all four astronauts will transfer to the LSAM, undock from Orion, and descend to the lunar surface. After spending seven days exploring the lunar surface the LSAM will perform an ascent to low lunar orbit (LLO) and rendezvous and dock with Orion, which will return to Earth for a land or water landing.

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