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Image:11F732recovery.jpg 400px 11F732 recovery ballistic capsule made it possible to deliver results of investigations carried out by cosmonauts on board the Mir complex back to Earth. Category:Spacecraft

... of the British Interplanetary Society for Volume 58 58 '''Page ''' - 347-356 '''Year''' - 2005 '''Keywords''' - Capsule, Crew transport, Multi-role systems '''JBIS Reference Code ''' - 2005.58.347 '''Number of Pages''' - 10 ... missions in both expendable and reusable launch system environments. However to get this potential the capsule has to be carefully specified, and employ the best of systems thinking in its implementation ...

... supplies, and therefore represented lower cost developments; the expensive functions having been undertaken by the capsule. When it came to human interplanetary missions such as to Mars it was found that new primary transportation systems were required, but the capsule could still play a key role in support, for example Mars lander ascent stage, conducting ...

... Code ''' - 2011.64.289 '''Number of Pages''' - 7 Abstract Some 9 of the 19 Apollo capsules that made splashdown in the open ocean went into an inverted (`Stable II') orientation. The ... inversion, wherein the resurging central jet of the transient cavity catches the edge of the capsule under certain conditions of horizontal velocity and attitude and applies an overturning moment. This model ...

... 60 60 '''Page ''' - 358-366 '''Year''' - 2007 '''Keywords''' - Requirement generation, space infrastructure, Excalibur, Multi-role capsule, crew space transportation '''JBIS Reference Code ''' - 2007.60.358 '''Number of Pages''' - 9 Abstract A ... the conventional "mission based" approach when dealing with space infrastructure elements. The Excalibur Multi-role capsule is used to illustrate the use of this new methodology on a personnel transport system ...

... Interplanetary Society for Volume 55 55 '''Page ''' - 202-216 '''Year''' - 2002 '''Keywords''' - Launch, photoreconnaissance, Orlets , recovery, Yantar , Zenit '''JBIS Reference Code ''' - 2002.55.202 '''Number of Pages''' - 15 Abstract This paper presents an analysis of the actual (when known) and calculated launch and recovery times of Russian photoreconnaissance and related satellites, noting relationships between these times and the orbital ...

File:Apollo10690526-1923400-1924900-recovery.wav.mp4 Category:Audio Category:Apollo 10 Audio

File:Aurora7_recovery.mp4‎ Category:Movie

File:69-07-02_John_Stonesifer_Recovery.mp4 Category:Audio

With Rhett Turner and Fred Haise Part 1 Re-entry and Splashdown File:71-08-07-Apollo15-Splash-VOA.wav.mp4 Part 2 Recovery and Mission highlights File:71-08-07-Apollo15-Mission-Summary-VOA.wav.mp4 Category:Audio Category:Apollo 15 Audio

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