Prof.
Yuhu Zhang
(Institute of Modern Physics, Chinese Academy of Sciences)
12/05/2015, 10:40
Oral Presentation
Ion storage rings have been proven as powerful tools for precision experiments in atomic physics, nuclear physics and nuclear astrophysics involving unstable nuclides. In the last two decades, a variety of experiments have been conducted at the only operating facilities that are capable of providing and storing exotic ions, namely the ESR in Darmstadt, Germany and the CSRe in Lanzhou, China....
Mr
Frank Herfurth
(GSI Helmholtzzentrum für Schwerionenforschung)
12/05/2015, 11:10
Oral Presentation
The CRYRING@ESR project is the early installation of the low-energy storage ring LSR, the Swedish in kind contribution to FAIR, which was proposed as the central decelerator ring for antiprotons at the FLAIR facility. Since the modularized start version of FAIR does not include the erection of the FLAIR building, it was proposed to install the CRYRING storage ring behind the existing...
Prof.
Peter Butler
(University of Liverpool)
12/05/2015, 11:30
Oral Presentation
It is planned to install the heavy-ion, low-energy ring TSR, currently at the Max-Planck Institute for Nuclear Physics in Heidelberg, at the HIE-ISOLDE facility in CERN, Geneva [1]. Such a facility will provide a capability for experiments with stored, cooled secondary beams that is rich and varied, spanning from studies of nuclear ground-state properties and reaction studies of astrophysical...
Jeffery Blackmon
(Louisiana State University)
12/05/2015, 12:00
Oral Presentation
The Array for Nuclear Astrophysics and Structure with Exotic Nuclei (ANASEN) is an array of charged-particle detectors designed for efficient studies of nuclear reactions using radioactive ion beams. ANASEN includes about 1000 square cm of silicon strip detectors backed with CsI scintillators. ANASEN also includes an array of gas proportional and gas ionization counters that allows ANASEN to...
Prof.
Tadafumi Kishimoto
(Osaka University)
12/05/2015, 12:20
Oral Presentation
We developed a new method for enrichment of large amount of calcium isotopes for the future study of $^{48}$Ca double beta decay. The method is the Multi-Channel Counter-Current Electrophoresis (MCCCE). We present the concept of the MCCCE where powerdensity in migration path is the key for the efficient enrichment of large amount of materials.
In the MCCCE, ions migrate in...