R. Hasegawa, R.C. Taylor
Journal of Applied Physics
This study of amorphous Gd-Mn, Y-Mn and their ternary alloys with Co prepared as films by co-evaporation indicates that, (a) the Mn moment is compositionally dependent going from ?2μB to 0.5μB per Mn with increased Mn concentration in the alloy, (b) Gd-Mn and Gd- (CoMn) order with antiparallel Gd and Mn moments or (CoMn) moments while Y-Mn samples remain paramagnetic, (c) Curie temperatures are relatively constant with composition which we have interpreted in terms of the Mn-Mn exchange interaction, and (d) the spontaneous Hall effect for Mn as given by ρH/ρ (Hall resistivity/sample resistivity) is about -0.01 per μB of Mn which is opposite in sign to Fe or Co.
R. Hasegawa, R.C. Taylor
Journal of Applied Physics
M.W. Shafer, T.R. McGuire, et al.
Journal of Applied Physics
T.R. McGuire, W.A. Crapo
Journal of Applied Physics
A. Gangulee, R.C. Taylor
Journal of Applied Physics