Capacitively and Inductively Foreshortened Cavities for Magnetic Resonance Spectroscopy

Abstract
Two types of cylindrical reentrant cavities are described for magnetic resonance and ultrasonic applications in the 0.1–-1.0 GHz frequency region. The physical size of these cavities is reduced by introducing large capacitive and inductive elements into the cavity. Tuning, rf coupling, and temperature control techniques are described for operation at low temperatures.

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