The driving design requirements and resulting design characteristics for a two-phase ammonia system of the Space Shuttle are reviewed with particular attention given to operational and station assembly issues related to system activation and steady-state operation. Design is described at an overall system level and an orbit replaceable unit level. It is concluded that a system flow network must be designed and ammonia pressures must be controlled to acquire waste heat efficiently from all contributing heat sources at a controlled temperature.
Space Station external thermal control system design and operational overview
SAE, International Conference on Environmental Systems ; 1992 ; Seattle, WA, United States
1992-07-01
Aufsatz (Konferenz)
Keine Angabe
Englisch
Space Station External Thermal Control System Design and Operational Overview
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