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International Conference on Laser Probing - LAP 2008, Date: 2008/10/06 - 2008/10/10, Location: Nagoya, Japan

Publication date: 2009-03-01
Volume: 1104 Pages: 132 - 137
ISSN: 978-0-7354-0640-7
Publisher: Springer New York LLC

AIP Conference Proceedings

Author:

Sonoda, Tetsu
Wada, M ; Takamine, A ; Okada, K ; Schury, P ; Yoshida, A ; Kubo, T ; Matsuo, Y ; Furukawa, T ; Wakui, T ; Shinozuka, T ; Iimura, Hideki ; Yamazaki, Y ; Katayama, I ; Ohtani, S ; Wollnik, H ; Schuessler, HA ; Kudryavtsev, Yuri ; Van Duppen, Piet ; Huyse, Marc ; Iguchi, T ; Watanable, K

Keywords:

Fragment separator, Gas catcher, Laser ion source, Resonance ionization, Science & Technology, Physical Sciences, Physics, Applied, Physics, ION-SOURCE, ONLINE, IGISOL, GUIDE

Abstract:

A fragment separator at heavy ion accelerator facilities is a versatile instrument to provide wide variety of radioactive isotope (RI) beams. However, more than 99.99% of precious Rl-ions are simply dumped in the slits or elsewhere in the fragment separator. A novel concept to restore such Rl-ions for parasitic slow Rl-beams is proposed. Installation of a laser ionization gas catcher in the vicinity of the first or second focal point of the fragment separator enables to collect dead isotopes in the slits. The design concept and expected performance are discussed.