Design characteristics of Spacelab and opportunities for utilization

Astronomy and Astrophysics – Astrophysics

Scientific paper

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European Space Programs, Mission Planning, Spacecraft Design, Spacelab Payloads, Astrophysics, Atmospheric Physics, Electric Power Supplies, Instrument Orientation, Life Sciences, Onboard Equipment, Pointing Control Systems, Solar Physics, Space Commercialization, Space Processing, Space Shuttles, Structural Design Criteria, Temperature Control

Scientific paper

Subsystems of the European Spacelab, which will be one of the principal payloads of the Space Shuttle, are described. Attention is given to the module structure (including the floor, subfloor and racks), the pallet design, the active and passive thermal control systems, the electrical power supply, the command and data management system, the airlocks and the instrument pointing system. Among the applications foreseen for Spacelab are: high-energy astrophysics; stellar, solar and planetary astronomy; atmospheric, ionospheric and magnetospheric physics; space processing (including automated furnace operation for crystal preparation); and life sciences.

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