COLLECTIVE FLUX LINE PLANNING AND RELATED HISTORY EFFECTS
The volume pinning force F-p is investigated as a function of the density of weak interacting defects. With increasing defect concentration and increasing field the quadratic dependence of F-p vanishes abruptly and an almost linear relation dominates. In the transition area F p shows large history-effects. The collective weak pinning interaction is the stable mechanism in that area. Whereas the unsteady flux line lattice configuration which results in high critical currents requires a stabilization obtained at increasing fields and/or increasing defect concentration.
Bibliographic Reference: LOW TEMPERATURE PHYSICS XVII, KARLSRUHE (GERMANY), AUG. 15-21, 1984 - WRITE TO CEC LUXEMBOURG, DG XIII/A2, POB 1907 MENTIONING PAPER E 31681 ORA
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Record Number: 1989122106500 / Last updated on: 1987-01-01
Available languages: en