R.T. Collins, Z. Schlesinger, et al.
Physical Review Letters
U1-xSbx amorphous ferromagnets were prepared that show a magnetoresistance anisotropy (AMR) reaching 26% at 10 K, in a 50 kOe field. This is a striking result, since the AMR of typical amorphous ferromagnets does not exceed 1%. Large excess resistivity caused by domain walls is found to scale with 2, where is the tangent of the Hall angle. © 1990 The American Physical Society.
R.T. Collins, Z. Schlesinger, et al.
Physical Review Letters
D.A. Jenkins, T.S. Plaskett, et al.
Philosophical Magazine A: Physics of Condensed Matter, Structure, Defects and Mechanical Properties
J.W. Matthews, T.S. Plaskett, et al.
Journal of Crystal Growth
F. Mehran, K.W.H. Stevens, et al.
Physical Review B