Speaker
Loyd Waites
(student@mit.edu)
Description
The IsoDAR project is a neutrino experiment that re-quires a high current molecular hydrogen beam at 60 MeV/amu, which will be produced by a cyclotron. A critical aspect of the design is the injection, which comprises an ion source, a compact low energy beam transport section (LEBT), and a radio-frequency quadrupole (RFQ) buncher embedded in the cyclotron yoke. The LEBT is optimized to match the desired input Twiss parameters of the RFQ. Here we report on the design for the full RFQ system.
Primary authors
Loyd Waites
(student@mit.edu)
Daniel Winklehner
(Massachusetts Institute of Technology)
