J.C. Slonczewski
Journal of Applied Physics
We propose a new model for the interpretation of pulsed field gradient propagation of bubbles, based on recent high-speed photography measurements in Eu-Ga-YIG films. We propose that dynamic conversion, i.e. Bloch curve nucleation and expansion, occurs consistently in our films during propagation, giving rise to motion at a saturation velocity of order 1000 cm/sec; large net displacements are achieved by a ballistic overshoot arising from the Bloch curve winding. Scatter and negative deviations of the net displacements from the theory occur because of incomplete unwinding of the Bloch curves. © 1975, IEEE. All rights reserved.
J.C. Slonczewski
Journal of Applied Physics
J.C. DeLuca, A.P. Malozemoff, et al.
Journal of Applied Physics
J.C. DeLuca, A.P. Malozemoff
IEEE Transactions on Magnetics
J.C. Slonczewski, J. Zhang, et al.
Physical Review Letters