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Showing 1 to 3 of 3 for “"time-of-flight of photoneutrons"”.

  1. Investigation of the Photoneutron Cross Section in Lead-206 and Lead-208 From 9 to 16 Mev (Photon, Statistical, Decay, Giant Resonance)

    The time of flight of photoneutrons from ('206)Pb and ('208)Pb was observed at scattering angles of 55(DEGREES), 90(DEGREES), and 125(DEGREES). Photons with energies between 9 and 16 MeV were used to excite the target nuclei. The incident photon beam was provided by the University of Illinois …

    uiuc Repository record for Investigation of the Photoneutron Cross Section in Lead-206 and Lead-208 From 9 to 16 Mev (Photon, Statistical, Decay, Giant Resonance) (opens in a new tab)

  2. Investigation of the photoneutron cross section in 206Pb and 208 Pb from 9 to 16 MeV

    The time of flight of photoneutrons from 206Pb and 208Pb was observed at scattering angles of 55 0 90 0 , and 125 o. Photons with energies between 9 and 16 MeV were used to excite the target nuclei. The incident photon beam was provided by the University of Illinois Tagged Photon Facility and had …

    uiuc Repository record for Investigation of the photoneutron cross section in 206Pb and 208 Pb from 9 to 16 MeV (opens in a new tab)

  3. Photoneutron spectra from monoenergetic photons on Pb208 in the giant resonance

    The time-of-flight of photoneutrons from Pb208 was observed at 1150 for incident gamma ray energies of 9.90 MeV to 16.87 MeV. The University of Illinois 25 MeV betatron and bremsstrahlung monochromator facility were used to produce the gammas and determine their energies within 1.7% (full width). …

    uiuc Repository record for Photoneutron spectra from monoenergetic photons on Pb208 in the giant resonance (opens in a new tab)