The accelerated ISOL technique is presented as an introduction to the present status of the
SPIRAL facility. SPIRAL is based on the very high intensity light and heavy-ion beams …

Low charge state electron cyclotron resonance ion source (ECRIS) work since 1965 and
high charge state ECRIS since 1974. These ECR sources are categorized into three main …

The electron cyclotron resonance (ECR) charge state breeding method based on the
PHOENIX source is first dedicated to the continuous high charge state radioactive ion …

As a part of SPIRAL1 upgrade, several experiments were carried out to understand the
transport of 1+(monocharged) ion beam through the SP1 ECR charge breeder ion source …

The injection of a 1+ beam into an electron cyclotron resonance (ECR) charge breeder is
classically performed through a grounded tube placed on its axis at the injection side. This …

The basic mode of operation of an electron cyclotron resonance ion source is recalled,
particularly when using such a device as an ion charge breeder for the production of …

Charge breeding inside electron cyclotron resonance ECR ion sources is a promising way
to produce radioactive ion beams with a high charge state, based on deceleration and …

Initially developed for radioactive ion beam production, the electron cyclotron resource ECR
charge breeder shows that the beam injection of a primary beam inside an ECR ion source …

Charge breeders were developed more than 20 years ago in the context of radioactive ion
beam (RIB) production. The main goal is to boost the charge state of a singly charged RIB to …

La production de noyaux radioactifs est réalisée par bombardement d'une cible par un
faisceau primaire de proton, de neutrons ou d'ions stables. Afin d'obtenir des faisceaux …