Expérience ILL/EXOGAMInternational audienceOne way to explore exotic nuclei is to study their structure by performing -ray spectroscopy. At the ILL, we exploit a high neutron flux reactor to induce the cold fission of actinide targets. In this process, fission products that cannot be accessed using standard spontaneous fission sources are produced with a yield allowing their detailed study using high resolution -ray spectroscopy. This is what was pursued at the ILL with the EXILL (for EXOGAM at the ILL
International audienceNuclear fission is a complex process, still not yet well described by microsco...
International audienceIn the EXILL campaign a highly efficient array of high purity germanium (HPGe)...
International audienceA combination of germanium detectors has been installed at the PF1B neutrongui...
Expérience ILL/EXOGAMInternational audienceOne way to explore exotic nuclei is to study their struct...
Expérience ILL/EXOGAMInternational audienceA cold neutron induced fission experiment recently took p...
A combination of germanium detectors has been installed at the PF1B neutron guide of the ILL to perf...
International audienceNuclear fission is a complex process, still not yet well described by microsco...
International audienceIn the EXILL campaign a highly efficient array of high purity germanium (HPGe)...
International audienceA combination of germanium detectors has been installed at the PF1B neutrongui...
Expérience ILL/EXOGAMInternational audienceOne way to explore exotic nuclei is to study their struct...
Expérience ILL/EXOGAMInternational audienceA cold neutron induced fission experiment recently took p...
A combination of germanium detectors has been installed at the PF1B neutron guide of the ILL to perf...
International audienceNuclear fission is a complex process, still not yet well described by microsco...
International audienceIn the EXILL campaign a highly efficient array of high purity germanium (HPGe)...
International audienceA combination of germanium detectors has been installed at the PF1B neutrongui...