ECRIS 2024 - Proceedings Management

Session

MOA: Oral Session MC1

MOA

Sep 16, 2024, 9:00 AM

Main Hall (Welcome Hotel Darmstadt City Center)

Conveners

MOA: Oral Session MC1

• Thomas Thuillier (Laboratoire de Physique Subatomique et de Cosmologie)

Description

Early Morning Session

6. High intensity highly charged ion beams production and operation at IMP (MOA1)

Hongwei Zhao (Institute of Modern Physics, Chinese Academy of Sciences)

9/16/24, 9:00 AM

MC1: New Development and Status Reports

Oral Presentation

Charged by the existing operation facility HIRFL and HIAF one of the next generation heavy ion facilities under construction, high intensity high-charge state heavy ion beams production is in the high priority of research and development. For this purpose, several high performance ECR ion sources have been successively developed and put in routine operation. The recently developed FECR or the...

39. Operation and development of the 28 GHz electron cyclotron resonance (ECR) ion source at the facility for Rare Isotope Beams (FRIB) (MOA2)

Guillaume Machicoane (Michigan State University)

9/16/24, 9:30 AM

MC1: New Development and Status Reports

Oral Presentation

FRIB has now been in operations for over 2 years and deliver beam to the nuclear physics users with high reliability and high efficiency. Two ECR ion sources are used to produce a high charge state heavy ion beam including a 28 GHz capable, superconducting ECR that has been used for the scientific program since the beginning of 2023. Central to the performance of the FRIB accelerator are a...

35. Development towards intense uranium ion beam production of the RIKEN 28 GHz SC-ECRIS (MOA3)

Glynnis Mae Saquilayan (RIKEN Nishina Center)

9/16/24, 10:00 AM

MC1: New Development and Status Reports

Oral Presentation

High intensity Uranium ²³⁸U³⁵⁺ ion beams are produced in the 28 GHz superconducting electron cyclotron resonance ion source(SC-ECRIS) and accelerated to high energies in the Radioactive Isotope Beam Factory(RIBF) at RIKEN. We report the current progress of the SC-ECRIS. Intense beam operation of U³⁵⁺ was made possible through the development of high temperature ovens with optimized consumption...