MIST-2, a new multicusp H2+ ion source, achieved about 7 mA total current in first tests, doubling MIST-1's output, but its H2+ fraction is only estimated at about 60%.
IsoDAR@Yemilab: A Conceptual Design Report for the Deployment of the Isotope Decay-At-Rest Experiment in Korea's New Underground Laboratory, Yemilab
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abstract
This Conceptual Design Report addresses the site-specific issues associated with the deployment of the IsoDAR experiment at the Yemilab site. IsoDAR@Yemilab pairs the IsoDAR cyclotron-driven $\bar{\nu}_e$ source with the proposed Liquid Scintillator Counter (LSC) 2.5 kton detector. This document describes the proposed siting: requirements for the caverns to house the cyclotron, beam transport line, and target systems; issues associated with transport and assembly of components on the site; electrical power, cooling and ventilation; as well as issues associated with radiation protection of the environment and staff of Yemilab who will be interfacing with IsoDAR during its operational phases. The onset of construction of the IsoDAR area at Yemilab, in tandem with the release of this design report, represents a key step forward in establishing IsoDAR@Yemilab.
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The MIST-1 and MIST-2 multicusp ion sources for high-current H$_2^+$ beams
MIST-2, a new multicusp H2+ ion source, achieved about 7 mA total current in first tests, doubling MIST-1's output, but its H2+ fraction is only estimated at about 60%.