Enclosed loop-gap resonator

Details Enclosed loop-gap resonator Enclosed loop-gap resonator

1982-09-03

1985-03-12

Gensler, Paul

Electricity: measuring and testing

Particle precession resonance

Using an electron resonance spectrometer system

333219, 333235, 334 45, G01R 3308, H03H 100

Patent

active

045047880

ABSTRACT:
The ends of a loop-gap resonator are extended along a closed path to define an enclosed chamber with a gap extending along its length. A lumped circuit resonator is formed and the magnetic field is confined to the chamber. Openings may be formed in the chamber wall to direct magnetic flux through sample materials outside the chamber, and the cross sectional area of the chamber may be altered to control the energy density distribution of the magnetic field.

REFERENCES:
patent: 2342896 (1944-02-01), Salzberg
patent: 2414280 (1947-01-01), Thomas
patent: 2611865 (1952-09-01), Alford
patent: 2656483 (1953-10-01), Apstein
patent: 2945189 (1960-07-01), Rowe
patent: 2996610 (1951-08-01), Relis
patent: 3123787 (1964-03-01), Shifrin
patent: 4053856 (1977-10-01), Fisher et al.
Donald R. Hamilton, "Klystrons and Microwave Triodes", MIT Radiation Laboratory Series (1948), pp. 71-91.
J. J. Hamilton, "Reflex Klystrons", Cavity Resonators and Output Systems, (1958), pp. 8-13.
Kazuo Fujisawa, "General Treatment of Klystron Resonator Cavities", IRE Transactions on Microwave Theory and Techniques, Oct., 1958, pp. 344-355.

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