R. Mueller, K. Agyeman, et al.
Physical Review B
The superconducting transition in amorphous Mo3Si and Nb3Ge films (as tracked by the resistivity-vsmagnetic field measurements) is followed by a resistivity decrease at further increase of the field H up to 30 T. The high-field resistivity increases on cooling and flattens out at low temperatures. This behavior is attributed to the destructive influence of both magnetic field and temperature on the interference effects. A possible relation between the negative magnetoresistance and the superconductivity is discussed.
R. Mueller, K. Agyeman, et al.
Physical Review B
D.M. Newns, C.C. Tsuei, et al.
Physical Review Letters
N.C. Yeh, U. Kripiani, et al.
SPIE Millimeter and Submillimeter Waves and Applications 1994
N.C. Yeh, D.S. Reed, et al.
Physical Review B