Lecture Notes on Reactor Shielding

Grotenhuis, M.

doi:10.2172/4256558

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Radiation Heating In Reflector1

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1960

2002

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Cited by 7 publications

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“…All gamma rays were assumed to fall into one of five energy groups: 1, 2, 4, 6, and 8 Mev per photon. Published data('^) on prompt fission gammas and fission product decay gamma spectra were used to determine the gamma generation rates from processes (l) and 2, The calculated neutron fluxes from the thirteen-group cross-section data were used to calculate the gamnna generation rates due to processes (3) and (4). The gammas arising due to inelastic scattering were assumed to have an energy of 1 Mev.…”

Section: Radiation Heating In Reflectormentioning

confidence: 99%

Preliminary Design of a Basic Radiation Effects Reactor (Brer)

MacFarlane¹,

Rohde²,

Toppel³

et al. 1961

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Control Rod Drive 54 Neutron Spectra in the Reflector Region for Various Materials at Radius = 20 cm (Probs. 1-6) 55 Neutron Spectra in the Reflector Region for Various Materials at Radius = 80 cm (Probs. 1-6) • 55 Medium Energy for Various Reflector Materials (Probs. 1-6). 56 Vol percentage Outer bound (cm) Material Vol percentage Outer bound (cm) Material Vol percentage Outer bound (cm) Material Vol percentage Outer bound (cm) Material Vol Percentage Outer bound (cm) Material Vol percentage Outer bound (cm) Material Vol percentage Outer bound (cm) Material Vol percentage Outer bound (cm) Material Vol percentage Region Number

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Section: Radiation Heating In Reflectormentioning

confidence: 99%