FIELD: electricity.
SUBSTANCE: thermo stabilised superconductors are implemented in the shape of matrix from metal or alloy, containing fibers of superconducting material and combination of rare-earth metals with extremely high heat capacity at low temperatures. At that superconductor contains at least two metallic tubes of unconditioned cross-section filled by combination of rare-earth metals and distance between tubes is not less then two tube linear dimensions. Superconductor has external envelope made from metal with high conducting properties. Tubes with combination of rare-earth metals can be distributed either by section of conductor as in matrix or by envelope.
EFFECT: extension of superconductor capabilities by means of increasing of its heat-absorbing abilities.
4 dwg
| Title | Year | Author | Number |
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| METHOD OF PRODUCTION OF MULTIPLE-FIBER ALLOYED SUPER- CONDUCTOR BASED ON INTERMETALLIC COMPOUND NB*003SN | 1990 |
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