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Objectives |
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Development of associated technologies for realizing fusion grade and next generation superconducting magnets like joints, termination.
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Development of advance electrical facility consisting of power supply, protection system and control system for testing of high current superconducting magnet.
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Development of fusion grade and next generation superconductors and cable-in-conduit conductors including twisting, roll-forming and jacketing technologies and winding technologies for large fusion grade and next generation superconducting magnets.
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Development of technologies associated with large fusion grade and next generation winding pack consolidations and vacuum pressure impregnations as well as associated radiation resistant insulation system development
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Development of heat treatment and insulation facilities appropriate for fusion grade and next generation magnets.
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Development of sensors and diagnostics for fusion and next generation grade superconducting magnets.
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Development of test facilities including cryogenic facilities to test fusion grade and next generation conductors and prototype magnets and HTS based current leads
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