Parallel-gap resistance welding yields joints surviving temperatures of about 1,000 degrees C. Much faster than thermocompression bonding. Also exceeds conductive-paste bonding and sputtering thin films through porous flame-sprayed insulation on prewelded lead wires. Introduces no foreign material into thermocouple circuit and does not require careful control of thickness of flame-sprayed material.
Welding Wires To Thin Thermocouple Films
NASA Tech Briefs ; 17 , 2
1993-02-01
Miscellaneous
No indication
English
Measuring Inhomogeneities In Thermocouple Wires
NTRS | 1993
|Effect of Oxide Finish on Nickel Alloy Thermocouple Wires
SAE Technical Papers | 1962
|NTIS | 1974
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