Dr
Andres Gadea
(IFIC, CSIC-University of Valencia, Spain)
07/06/2010, 16:40
Working group meetings on synergies in instrumentation
invited
Gamma spectroscopy is a fundamental tool for the investigation of nuclear structure. Since the end of the EUROBALL deployment, very specialized large arrays as well as compact arrays optimized for the first generation of radioactive ion beam (RIB) facilities, have been extensively used by the Nuclear Physics community. Examples of former arrays are JUROGAM [1] and JUROGAM II coupled to RITU...
Prof.
Hans Geissel
(GSI Darmstadt Germany /Justus-Liebig Universität, Giessen)
07/06/2010, 17:05
Working group meetings on synergies in instrumentation
invited
The research potential with exotic nuclei is determined by fast, sensitive and highly efficient separation and high-resolution detection methods. Therefore, new separators and spectrome-ters are integrated parts in each rare-isotope facility worldwide. In this contribution novel developments of separators and spectrometers are briefly reviewed and compared. High-resolution experiments are...
Dr
christophe theisen
(CEA Saclay)
07/06/2010, 17:30
Working group meetings on synergies in instrumentation
working group on synergies in instrumentation
Ch. THEISEN for the MUSETT collaboration
In the last few years, an impressive amount of new information has been obtained in the region of the heaviest elements. Detailed information has been obtained on the collective properties and single-particle structure using both prompt and decay spectroscopy techniques.
However, very little data are available for nuclei located on the less...
A. Gillibert
(DSM/IRFU/SPhN)
07/06/2010, 17:40
Working group meetings on synergies in instrumentation
working group on synergies in instrumentation
Nuclear reactions on hydrogen CH2 or CD2 targets in inverse kinematics are extensively used with radioactive beams. This is the case, for example, for transfer reactions or resonant elastic scattering. Cryogenic targets may be used to improve the luminosity and remove the contribution of C atoms. However, for low incident beam energies, the thickness of the cryogenic target is a crucial...
Mr
Alexandre Obertelli
(CEA Saclay)
07/06/2010, 17:50
Working group meetings on synergies in instrumentation
working group on synergies in instrumentation
In-flight gamma spectroscopy of rare isotopes is known to be one of the most efficient tools to investigate shell effects in exotic nuclei. In this presentation, we present MINOS, a project for a new active target dedicated to hydrogen-induced reactions and in-beam gamma spectroscopy at relativistic energies. When coupled to AGATA, the improvement in sensitivity is to reach a factor of several...
Dr
Laurent Nalpas
(CEA Saclay)
07/06/2010, 18:00
Working group meetings on synergies in instrumentation
working group on synergies in instrumentation
The active targets (AT) are promising tools for the study of low-energy short-lived radioactive beams available in the next decade at SPIRAL2, HIE-ISOLDE, NSCL and RIKEN. They are based on a gaseous ionization detector for the measurement of the incoming radioactive ions and their particle decay stopping in the volume. Alternatively, the nuclei of the gas can interact as a target with the beam...
Dr
Branislav Streicher
(GSI Darmstadt)
07/06/2010, 18:10
Working group meetings on synergies in instrumentation
working group on synergies in instrumentation
The EXL1) experiment as part of the future FAIR facility will provide the means for studying numerous physics phenomena in unstable exotic nuclei. Reactions will be performed in inverse kinematics using new storage-ring techniques and an universal detector system providing high resolution and large solid angle coverage for kinematically complete measurements. The present work focuses on...
