Quarter-Wave-Stub Resonant Coupler
OwnerDonald A. Swensoninventor
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OwnerDonald A. Swensoninventor
Estimating the term…
A linac system having at least two linac structures configured to operate with a resonant coupler. The linac structures and the resonant coupler resonate at the same frequency, are in close proximity, and designed for a relative phase of 0° or 180°. The coupling between the resonant coupler and the linac structures is achieved by slots between the linac structures and the resonant coupler, which allow the magnetic fields of the linac structures to interact with the magnetic field of the resonant coupler. The relative size of the slots determines the relative amplitude of the fields in the linac structures. There are three modes of oscillation, a 0 mode, wherein the linac structures and the resonant coupler are excited in phase, a π/2 mode, wherein the linac structures are excited out of phase and the resonant coupler is nominally unexcited, and the π mode, wherein the linac structures and the resonator coupler are excited out of phase.
A coupler for coupling an electromagnetic field of a first electromagnetic resonator to an electromagnetic field of a second electromagnetic resonator, the coupler comprising a resonant coupler, the resonant coupler further utilizing a coupling mechanism, wherein the resonant coupler and the two electromagnetic resonators are configured to operate in a π/2 cavity mode.
A three-resonator configuration comprising a resonant coupler for coupling two electromagnetic resonators that are configured to support three modes of oscillation, which when excited in one of the modes of oscillation, provides propagation of electromagnetic power throughout the three-resonator configuration.
A method for controlling an electromagnetic field of two electromagnetic resonators in a particle accelerator configuration, the method comprising the steps of:
Dependencies are inferred from the claim text.