7.–12. Juni 2015
Europe/Berlin Zeitzone

High-resolution studies with secondary reactions via dispersion-matched modes of the in-flight separator Super-FRS and its combined spectrometers

09.06.2015, 18:30
1 h 30m
Lecture Hall (Hessenhalle)

Lecture Hall (Hessenhalle)

Gremium: 14
Poster Nuclear structure far from stability Poster session

Sprecher

Dr. John Stuart Winfield (GSI, Darmstadt)

Beschreibung

High-resolution measurements with relativistic fragments present a challenge for in-flight rare isotope facilities such as the future Super-FRS at FAIR. An elegant way to overcome the large longitudinal and transverse emittance of high-energy beams is to use a dispersion-matched ion-optical mode with an Analyser part before the secondary target, coupled with a following Spectrometer part. One scheme for the Super-FRS is to use the Main Separator as the analyser and the Energy Buncher in the Low Energy Branch as the spectrometer. In this case, the 1st-order momentum resolving power is about 10,000 for particles with a magnetic rigidity up to 7 Tm.

Hauptautor

Dr. John Stuart Winfield (GSI, Darmstadt)

Co-Autoren

Dr. Bernhard Franczak (GSI, Darmstadt) Dr. Chiara Nociforo (GSI, Darmstadt) Prof. Christoph Scheidenberger (GSI and JLU Giessen) Dr. Georg Berg (Univ. Notre Dame, Indiana, USA) Prof. Gottfried Münzenberg (GSI, Darmstadt) Prof. Hans Geissel (GSI and JLU Giessen) Dr. Helmut Weick (GSI, Darmstadt) Dr. Martin Winkler (GSI, Darmstadt) Dr. Mikhail Yavor (RAS, St. Petersburg, Russia) Dr. Remco Zegers (NSCL, MSU, East Lansing, USA) Dr. T Uesaka (CNS, Univ. Tokyo, Japan)

Präsentationsmaterialien

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