Publication | Closed Access
Neutron Penetration through Iron and Concrete Shields with the Use of 22.0- and 32.5-MeV Quasi-Monoenergetic Sources
18
Citations
8
References
1994
Year
EngineeringNuclear PhysicsNuclear DataBe ReactionFusion MaterialsChemistryNuclear MaterialsHigh-energy Nuclear ReactionPhysics32.5-Mev Quasi-monoenergetic SourcesNeutron SourceNuclear ReactionsNuclear EngineeringNeutron PenetrationQuasi-monoenergetic SourcesExperimental Nuclear PhysicsConcrete ShieldsNatural SciencesCivil EngineeringNeutron Scattering
AbstractFor the first time, spectra in the range of 34 MeV down to 0.4 eV for neutrons that penetrated through iron and concrete shields were measured with the use of quasi-monoenergetic sources generated from a natLi(p,n)Be reaction.
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