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VOLUME 47 (1988) | ISSUE 5 | PAGE 251
Magnetic flux quantization in dielectrics
The oscillatory behavior of the magnetic moment is calculated as a function of the flux in a 1D Peierls dielectric with period doubling and also in a Peierls dielectric with an incommensurate charge density wave. The effect is comparable in magnitude to mesoscopic phenomena in normal-metal systems at ring dimensions smaller than or on the order of the correlation length.