Showing 1 - 3 results of 3 for search '"actinide"', query time: 0.06s Refine Results
  1. 1

    Measurement of partial (n, n’γ) reaction cross-sections on highly radioactive nuclei of interest for energy production by Claeys François, Dessagne Philippe, Kerveno Maëlle, De Saint Jean Cyrille, Borcea Catalin, Boromiza Marian, Capote Roberto, Dari Bako Nicolas, Dupuis Marc, Henning Greg, Hilaire Stéphane, Negret Alexandru, Noguère Gilles, Nyman Markus, Olacel Adina, Plompen Arjan

    Published 2023-01-01
    “…The GRAPhEME (GeRmanium array for Actinides PrEcise MEasurements) experimental setup, developed by the IPHC laboratory from CNRS and installed at the EC-JRC-Geel GELINA facility is a powerful tool to answer this need [1, 2]. …”
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  2. 2

    GRAPhEME: Performances, achievements (@EC-JRC/GELINA) and future (@GANIL/SPIRAL2/NFS) by Kerveno Maëlle, Borcea Catalin, Boromiza Marian, Capote Roberto, Claeys François, Dari Bako Nicolas, De Saint Jean Cyrille, Dessagne Philippe, Drohé Jean Claude, Dupuis Marc, Henning Greg, Hilaire Stéphane, Kawano Toshihiko, Negret Alexandru, Nyman Markus, Olacel Adina, Paradela Carlos, Plompen Arjan, Wynants Ruud

    Published 2023-01-01
    “…With its 6 High Purity Planar Germanium detectors and one fission chamber, GRAPhEME, installed at the EC-JRC GELINA facility, was optimized for measurements of accurate (n, xnγ) cross sections on actinides. The experimental methodology is based on the prompt γ-ray spectroscopy coupled to time-of-flight measurements. …”
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  3. 3

    Microscopic modeling of direct pre-equilibrium emission: Impact on exclusive and inclusive (n,xn) and fission channels by Dupuis Marc, Capote Roberto, Kawano Toshihiko, Kerveno Maëlle, Dessagne Philippe, Henning Grégoire, Hilaire Stéphane

    Published 2024-01-01
    “…Pre-equilibrium predictions and their impact on inclusive and exclusive (n,xn) cross sections and fission cross sections are discussed for actinides. We discuss the importance of i) collective excitations to describe the neutron emission spectra and of ii) spin distribution of the residual nucleus formed after the neutron pre-equilibrium emission, that is a key ingredient to model the residual nucleus decay.…”
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