Neutron-photon multigroup cross sections for neutron energies ⩽ 400 MeV (revision 1)

R. G. Alsmiller, J. M. Barnes, J. D. Drischler · Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment · 1986

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Type: article
Published: 1986-09-10
Cited by: 22
References: 3
DOI: https://doi.org/10.1016/0168-9002(86)90702-3
OpenAlex: https://openalex.org/W1982368192
Semantic Scholar: https://api.semanticscholar.org/CorpusID:120248306

Keywords

Neutron, Tungsten, Radiochemistry, Cross section (physics), Neutron temperature

References

Neutron-nucleus total cross sections from 900 to 2600 MeV/cW. Schimmerling, T. Devlin, W. Johnson — 1971
Neutron total cross-sections in the energy range 15 to 120 MeVP.H. Bowen, J.P. Scanlon, G.H. Stafford — 1961
Neutron total cross sections in the energy range 80 to 150 MeVD.F. Measday, J.N. Palmieri — 1966
Neutron-Photon Multigroup Cross Sections for Neutron Energies 400 MeVR. G. Alsmiller, J. Barish — 1982
Neutron-Photon Multigroup Cross Sections for Neutron Energies ⩽60 MeVR. G. Alsmiller, J. Barish — 1979

Cited by

Measurement of Activation Reaction Rate Distributions in a Lead Assembly Bombarded with 500-MeV ProtonsHiroshi Takada, Shin-ichro Meigo, Toshinobu Sasa — 2000
Estimation of Activity and Dose Distributions around a Proton Linac Induced by Beam SpillHiroshi Nakashima, Nobuo Sasamoto, Yukio Sakamoto — 2000
Overview of recent experimental works on high energy neutron shieldingT. Nakamura, Tomoya Nunomiya, Hiroshi Yashima — 2004
Analyses of Neutron and Gamma Ray Measurements in a Target Room of Several Tens MeV Proton FacilityHiroshi Nakashima, Tomomi Masumura, Susumu Tanaka — 2000
Calculations of the photon dose behind concrete shielding of high energy proton acceleratorsD. Dworak, K. Tesch, J.M. Zazula — 1992
Attenuation of the neutron dose equivalent in labyrinths through an accelerator shieldH. Dinter, D. Dworak, K. Tesch — 1993
Studies on the neutron field behind shielding of proton accelerators Part I: Concrete shieldingH. Dinter, K. Tesch, D. Dworak — 1996
Implementation of a low energy neutron transport module into a Monte Carlo hadronic shower code and its applications for accelerator shielding problemsJ.M. Zazula — 1990
Comparison of computational results obtained with different programs for radiation transferD. V. Gorbatkov, V. P. Kryuchkov — 1995
Impact of source term uncertainty on neutronics analysis of D-Li neutron irradiation facility (IFMIF)Y. Oyama, K. Noda, Kazuaki Kosako — 1998
Deep Penetration Calculation Compared with the Shielding Experiments at ISISNoriaki Nakao, Yoshitomo Uwamino — 2000
Measurement of reaction rate distributions in a plastic phantom irradiated by 40- and 65-MEV quasi-monoenergetic neutrons.Y. Nakane, Hiroshi Nakashima, Yukio Sakamoto — 1997
Sadko-2 system for support of group-method calculations of the transfer of high-energy radiationD. V. Gorbatkov, V. P. Kryuchkov — 1995
Studies on the neutron field behind the shielding of proton accelerators Part II: Iron shieldingH. Dinter, K. Tesch, D. Dworak — 1996
COSMIC-RAY-INDUCED NEUTRON SPECTRA AND EFFECTIVE DOSE RATES NEAR AIR/GROUND AND AIR/WATER INTERFACES IN TAIWANR. J. Sheu, Shiang‐Huei Jiang — 2003
Nuclear data for accelerator-driven systemsM. B. Chadwick, H.G. Hughes, Robert Little — 2001
DEVELOPMENT OF A QUASI-MONOENERGETIC NEUTRON FIELD USING THE 7LI(P, N)7BE REACTION IN THE 70-210 MEV ENERGY RANGE AT RIKENNoriaki Nakao, Yoshitomo Uwamino, T. Nakamura — 1999
FLUKA: A Multi-Particle Transport CodeFassò, A, Ferrari, A, Johannes Ranft — 2005
3-D COLOR GRAPHICS*Yoshihito Namito — 1990
Engineering Physics and Mathematics Division progress report for period ending September 30, 1987Oak Ridge National Lab., TN (USA) — 1987

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