Intrinsic magnetic coercivities of samarium cobalt magnets made to approach theoretical limit of 350 kA/m by carefully eliminating oxygen from finished magnet by hot isostatic pressing (HIP). HIP process viable alternative to currently used sintering process.
Samarium/Cobalt Magnets
NASA Tech Briefs ; 8 , 3
1985-01-01
Miscellaneous
No indication
English
MAGNETS, RARE-EARTH/COBALT, PERMANENT Samarium/Cobalt, 33/67 - 18 (143) 250
SAE Technical Papers | 1977
MAGNETS, RARE-EARTH/COBALT, PERMANENT Samarium-Cobalt, 33/67 - 18 (143) 250
SAE Technical Papers | 1994
Magnets, Rare-Earth/Cobalt, Permanent Samarium-Cobalt, 33/67 - 18 (143) 250
SAE Technical Papers | 2017
Magnets, Rare-Earth/Cobalt, Permanent Samarium-Cobalt, 33/67 - 15 (119) 250
SAE Technical Papers | 2017
MAGNETS, RARE-EARTH/COBALT, PERMANENT Samarium-Cobalt, 33/67 - 15 (119) 250
SAE Technical Papers | 1994