Rotational Motion of Inorganic Diamagnetic Crystals Induced in the Magnetic Field
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The rotational motion due to diamagnetic anisotropy was first reported for large single crystals of quartz and corundum, in the magnetic field where the restoring force of the suspending string became negligible. The suspended crystal rotated gradually with the increasing field, and the diamagnetic principal axis was oriented in the direction parallel to the field. Harmonic oscillations were observed for the crystals in high magnetic field, and the period of oscillation was proportional to the reciprocal of the field. The precise value of diamagnetic anisotropy was obtained from the period of oscillation, and was estimated to be 5.45×10^<-9> emu/cm^3 for quartz and 4.19×10^<-9> emu/cm^3 for corundum.
- 社団法人応用物理学会の論文
- 1993-02-15
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