New neutron detector based on Micromegas technology for ADS projects

A new neutron detector based on Micromegas technology has been developed for the measurement of the simulated neutron spectrum in the ADS project. After the presentation of simulated neutron spectra obtained in the interaction of 140 MeV protons with the spallation target inside the TRIGA core, a full description of the new detector configuration is given. The advantage of this detector compared to conventional neutron flux detectors and the results obtained with the first prototype at the CELINA 14 MeV neutron source facility at CEA-Cadarache are presented. The future developments of operational Piccolo-Micromegas for fast neutron reactors are also described

Oleiculture and Viticulture in southern France during the Iron Age and Roman Period: a reconstruction based on charcoal, seed, fruit and archaeological data compared to agroecosystemic modeling

International audienc

Oleiculture and Viticulture in southern France during the Iron Age and Roman Period: a reconstruction based on charcoal, seed, fruit and archaeological data compared to agroecosystemic modeling

International audienc

Oleiculture and Viticulture in southern France during the Iron Age and Roman Period: a reconstruction based on charcoal, seed, fruit and archaeological data compared to agroecosystemic modeling

International audienc

Oleiculture and Viticulture in southern France during the Iron Age and Roman Period: a reconstruction based on charcoal, seed, fruit and archaeological data compared to agroecosystemic modeling

International audienc

Oleiculture and Viticulture in southern France during the Iron Age and Roman Period: a reconstruction based on charcoal, seed, fruit and archaeological data compared to agroecosystemic modeling

International audienc

Gas scintillation chamber for superheavy elements detection at GANIL

In the paper we present scintillation-ionization detector (SID) - a new device for support of the superheavy elements (SHE) identification in the standard, complete fusion methods. We highlight problems with background effects in SHE production and their minimization by introducing SID to the detection set-up at GANIL. We also point possible application of this detector in alternative approach for superheavy elements production.SCOPUS: ar.jinfo:eu-repo/semantics/publishe