Abstract
Novel reentrance phenomenon is discovered on Mo/Si multilayers which occurs in parallel to the layers and slightly inclined magnetic fields. This effect may be explained in terms of the intrinsic pinning and vortex lattice (VL) commensurability with underlying layered structure. The locations of the zero resistance regions correspond to the stable VL configurations or to the transitions between two commensurate lattices. It is suggested that resistive method may be used as a new tool of the VL structure study in layered superconductors.
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