Abstract
Fermi-surface dimensions for the (110) plane for molybdenum are determined from caliper dimensions obtained through radio-frequency size-effect measurements. These measurements were taken over a frequency range of 6.5-26 MHz on high-purity molybdenum approximately 0.13 mm in thickness. Studies of the frequency dependence of the extrema in the resonance line shape were used to determine the magnetic field values for resonances along major crystallographic directions. The Fermi-surface dimensions are compared with recent theoretical and experimental work on molybdenum.
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