To the ionization cooling in a RF cavity with absorber
Alexander A. Mikhailichenko (Cornell University, LEPP, Ithaca, New, York)
TL;DR
This paper proposes a novel ionization cooling method using an RF cavity with a Beryllium disk and wedge shape, enabling 6D cooling of muon beams with potential advantages over existing coolers.
Contribution
It introduces a new design for ionization cooling that combines a Beryllium disk with specific geometry and dispersion to improve muon beam cooling efficiency.
Findings
Design demonstrates effective 6D cooling of muon beams.
Advantages over gas-filled RF cavities and helical coolers.
Conceptual feasibility discussed.
Abstract
We are considering a RF cavity with Beryllium disk installed in the middle of the cavity as an ionization cooling element for the muon/pion beam. Specially arranged wedge-type shape of the disk together with nonzero dispersion allows 6D cooling of muon beam. Technical aspects of this system and conceptual design are discussed in this paper also. This type of cooler demonstrates advantages if compared with the RF cavity filled with pressurized gas or with the helical cooler.
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Taxonomy
TopicsMuon and positron interactions and applications · Particle accelerators and beam dynamics · Superconducting Materials and Applications