Global ETD Search

Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.

Results

Showing 1 to 5 of 5 for “"bremsstrahlung monochromator"”.

  1. Photo-Nuclear Reactions in Silicon-28 by Monochromatic Photons of 17.1 Mev - 19.1 Mev

    … 17.1 to 19.1 MeV. The University of Illinois bremsstrahlung monochromator was used to define the incident gamma ray energy to about 300 keV. A 3 mm si detector was used as a target.

    uiuc Repository record for Photo-Nuclear Reactions in Silicon-28 by Monochromatic Photons of 17.1 Mev - 19.1 Mev (opens in a new tab)

  2. Giant multipole resonances in lead-208

    … 100 KeV using the University of 111inois bremsstrahlung monochromator. Neutrons from a 72% enriched 208pb target and an 88% enriched 206po target were detected with an NE213 scintillation detector having a neutron energy resolution of 11.3 at 4 MeV, a 200 cm flight 'path, and an intrinsic …

    uiuc Repository record for Giant multipole resonances in lead-208 (opens in a new tab)

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

    … 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). Neutrons above 200 keV were detected with a 5 inch diameter by 2 inch deep glass cell filled with NE213 liquid sCintillator, …

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

  4. Monochromator studies of nuclear resonance fluorescence in carbon, silicon, and magnesium

    … with the aid of the University of Illinois bremsstrahlung monochromator. The studies had as objectives both the development of techniques needed to make the monochromator a better tool for studying nuclear levels and the investigation of the properties of selected levels. There are three …

    uiuc Repository record for Monochromator studies of nuclear resonance fluorescence in carbon, silicon, and magnesium (opens in a new tab)