Abstract

The radio-frequency size effect (RFSE) has been studied in tungsten plates in a magnetic field inclined at an angle to the sample surface using a transmission method. A parametrized model of the tungsten Fermi surface and the geometric model of the RFSE have been combined to allow calculation of expected signal positions. Most of the well-defined experimental signals are identifiable using the model and there is general agreement between the experimental data and the calcualted signal locations. The relation of the tilted-field RFSE signals to Gantmakher-Kaner oscillations is also discussed.

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