Summary
This materials science study investigates the thermo-mechanical performance of alumina-reinforced paraffin wax composites for use in superconducting magnet impregnation. The research characterises how the composite's thermal expansion, stiffness, and dimensional stability change across a broad temperature window from ambient to cryogenic conditions, as suggested by the title. The findings address engineering requirements for reliable insulation and structural support in high-field superconducting systems operating at very low temperatures.
UK applicability
This work is not directly applicable to UK agricultural, soil health, or food systems research. It is a specialist materials science study relevant only to superconductor engineering and related advanced manufacturing sectors.
Key measures
Thermal expansion, mechanical properties, phase transitions, and structural integrity of alumina-filled paraffin wax at temperatures ranging from room temperature to cryogenic levels.
Outcomes reported
The study characterised the thermo-mechanical behaviour of alumina-filled paraffin wax composites across a wide temperature range from ambient to cryogenic conditions, as required for impregnation of superconducting magnets.
Topic tags
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