Tengblad FP7 - JRA & Networking preparation meeting HUELVA july R 3 B: Research with Relativistic Radioactive Beams The Physics: Nuclear structure far off stability The Method: Scattering experiments with radioactive nuclei at high energy Requirements: High efficiency for high-energy (~10MeV) High sum-energy efficiency Good resolution in energy (~2-3% including Doppler broadening) Stop protons
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1 Olof Tengblad Instituto de Estructura de la Materia FP7 - JRA
& Networking EXL/R3B calorimeters & Multiplexed Electronics
Mesytec solutions MINISTERIO DE EDUCACIN Y CIENCIA CONSEJO SUPERIOR
DE INVESTIGACIONES CIENTFICAS Tengblad FP7 - JRA & Networking
preparation meeting HUELVA july NUSTAR a facility for NUclear
STructure & Astrophysis Research Low energy and stopped beams
Super-FRS Secondary beams produce by fragmentation and fission
Cooled and stored beams Superconducting Fragment Separator High
Energy Reaction Set-up Multi-Storage Rings Energy bunched and
stopped beams R 3 B Research with Relativistic Radioactive Beams R
3 B collaboration: 50 institutes 180 scientists Tengblad FP7 - JRA
& Networking preparation meeting HUELVA july R 3 B: Research
with Relativistic Radioactive Beams The Physics: Nuclear structure
far off stability The Method: Scattering experiments with
radioactive nuclei at high energy Requirements: High efficiency for
high-energy (~10MeV) High sum-energy efficiency Good resolution in
energy (~2-3% including Doppler broadening) Stop protons
