Abstract
The magnetic flux structure in HTSC single crystal plates during their remagnetization in unidirectional and rotating fields is imaged using advanced magneto-optical techniques. It is found that bending of the flux lines is crucial for the remagnetization scenario even in the case of thin plates in parallel fields. Flux bending results in the formation of flux free cylinders (Meissner holes) surrounded by closed vortex loops. Essential increase of the current along the holes stipulates instabilities and appearance of unusual turbulent current and flux patterns.
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