Thermal conductivity of a giant magnetoresistive mechanical alloy
J MAGN MAGN MATER 140 (1995) 493-494
Abstract:
We report correlated measurements of magnetothermal and magnetoelectric conductivities in a cobalt-silver mechanical alloy. Their variation with magnetisation indicates that their respective relaxation times have similar origins. At low temperatures the thermal and electric conductivities are similar; however at higher temperatures an increasing phonon contribution reduces the magnetothermal effect.A phase shift in the coupling in Co/sub 1-x/Ag/sub x/Cu/Co/sub 1-x/Ag/sub x/ systems
IEEE Transactions on Magnetics Institute of Electrical and Electronics Engineers (IEEE) 31:6 (1995) 3924-3926
GIANT MAGNETORESISTANCE IN METASTABLE ALLOYS PREPARED BY PLASMAS SPUTTERING AND MECHANICAL ALLOYING
FIZIKA METALLOV I METALLOVEDENIE 79:1 (1995) 88-97
GIANT MAGNETORESISTANCE AND INDUCED EXCHANGE-ANISOTROPY IN MECHANICALLY ALLOYED CO30AG70
J APPL PHYS 75:10 (1994) 6921-6923
MAGNETIC-INTERACTIONS IN GIANT MAGNETORESISTIVE CO-AG HETEROGENEOUS FILMS
IEEE T MAGN 30:2 (1994) 726-728