Penetration of 2.75 MeV γ-rays through shielding slabs of graphite, aluminium, steel and lead
Author:
Publisher
Elsevier BV
Subject
Nuclear Energy and Engineering
Reference8 articles.
1. Angular benchmark data for 6.13 MeV source photons of disc geometry penetrating lead, steel and concrete
2. Formation of a response matrix to provide benchmark data for 6 MeV gamma photon penetrations using a NaI spectrometer
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2. Heat generation and corresponding energy saving in nuclear reactor shielding facilities due to γ-rays energy variation;Annals of Nuclear Energy;2003-01
3. Angular properties for combined 6.13 and 7.12 MeV source photons penetrating concrete, steel and lead;Annals of Nuclear Energy;1996-09
4. Build-up factors for two energies (1.43 and 2.75 MeV) of photon penetration through single- and double-layer shielding slabs;Annals of Nuclear Energy;1993-04
5. Benchmark data for γ-rays emitted by a 24Na source, penetrating graphite, Al, steel and Pb shields;Annals of Nuclear Energy;1988-01
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