Modern heavy ion accelerators require intense heavy ion beams with high charge state.
Electron cyclotron resonance (ECR) sources are the primary tool for generating such beams …

The current baseline design for the JLab EIC (JLEIC) ion accelerator complex is based on a
280 MeV pulsed superconducting linac, an 8-GeV booster and a 20-100 GeV ion collider …

The original design of the JLEIC pre-booster was a 3-GeV figure-8 synchrotron with a
circumference of about 240 m. In the current baseline design, the 3-GeV prebooster was …

Abstract An Electron Ion Collider (EIC) is the highest priority for future US accelerator-based
nuclear physics facility following the completion of the Facility for Rare Isotope Beams …

A key component of the recently proposed alternative design approach for the JLab-EIC
(JLEIC) ion complex is to consolidate the electron storage ring (e-ring) as a large booster for …

A pulsed multi-ion injector linac is being developed by ANL for Jefferson Laboratory's
Electron-Ion Collider (JLEIC). The linac is designed to deliver both polarized and non …

The proposed alternative design approach for the JLab-EIC (JLEIC) ion complex uses a
more compact linac and pre-booster, and consolidates the electron storage ring (ering) as a …

An assessment by the National Academy of Sciences (NAS) of the scientific merit for a future
Electron Ion Collider (EIC) in the US concluded that such a facility would be unique in the …

In order to reduce the foot-print of the JLEIC ion complex, we have designed a more
compact and costeffective octagonal 3-GeV pre-booster ring half the size of the original …

This paper documents JLEIC Booster acceleration ramp and RF parameters, based on a set
of assumptions and estimations included in this document. This is a live document that will …