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Technical Note

Neutron Skyshine Calculations with the Integral Line-Beam Method

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Pages 230-237 | Published online: 13 May 2017

References

  • C. M. LAMPLEY, “The Skyshine-II Procedure: Calculation of the Effects of Structure Design on Neutron, Primary Gamma Ray and Secondary Gamma Ray Dose Rates in Air,” RRA-T7901 (NUREG/CR-0781), Radiation Research Associates (1979).
  • C. M. LAMPLEY, M. C. ANDREWS, and M. B. WELLS, “The SKYSHINE-III Procedure: Calculation of the Effects of Structure Design on Neutron, Primary Gamma-Ray and Secondary Gamma-Ray Dose Rates in Air,” RRA T8209A (RSIC Code Collection CCC-289), Radiation Research Associates (1988).
  • “MicroSkyshine User’s Manual,” Grove Engineering, Rockville, Maryland (1987).
  • J. K. SHULTIS, R. E. FAW, and M. S. BASSETT, “The Integral Line-Beam Method for Gamma Skyshine Analysis,” Nucl. Sci. Eng., 107, 228 (1991).
  • M. S. BASSETT, “Gamma Skyshine Calculations for Shielded Source,” MS Thesis, Kansas State University, Department of Nuclear Engineering (1989).
  • J. K. SHULTIS, R. E. FAW, and X. DENG, “Improved Response Functions for Gamma-Ray Skyshine Analyses,” SAND92-7296, Sandia National Laboratories (1992).
  • J. K. SHULTIS and R. E. FAW, “Extensions to the Integral Line-Beam Method for Gamma-Ray Skyshine Analyses,” SAND94-2019, Sandia National Laboratories (1995).
  • F. A. KHAN, “Gamma-Ray Skyshine LBRF Near an Air-Ground Interface,” MS Thesis, Kansas State University (1995).
  • A. A. GUI, J. K. SHULTIS, and R. E. FAW, “Application of the Integral Line-Beam Method to Neutron Skyshine Analysis,” Proc. Topl. Mtg. Radiation Protection and Shielding, Vol. 2, p. 820, Falmouth, Massachusetts, April 21–25, 1996, American Nuclear Society (1996).
  • A. A. GUI, J. K. SHULTIS, and R. E. FAW, “Response Functions for Neutron Skyshine Analysis,” Nucl. Sci. Eng., 125, 111 (1997).
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  • A. A. GUI, “Response Functions for Neutron Skyshine Analysis,” PhD Dissertation, Kansas State University (1994).
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  • J. K. SHULTIS, R. E. FAW, and F. S. KHAN, “SKY-NEUT: A Code for Neutron Skyshine Calculations Using the Integral Line Beam Method,” Report 9503, Institute for Computational Research in Engineering and Science, Kansas State University (1995); see also CCC-646/SKYSHINE-KSU, Radiation Shielding Information Center, Oak Ridge National Laboratory.
  • “Gamma-Ray Attenuation Coefficients and Buildup Factors for Engineering Materials,” ANSI/ANS-6.4.3, American Nuclear Society (1991).
  • “Statement from the 1985 Paris Meeting of the International Commission on Radiological Protection,” Publication 45, International Commission on Radiological Protection, Pergamon Press, Oxford, United Kingdom (1985).
  • “Protection Against Neutron Radiation,” Report 38, National Council on Radiation Protection and Measurements, Washington, D.C. (1971).
  • E. A. STRAKER, “Shielding Benchmark Problem 3.0, Neutron Spectrum from Point Fission and 14-MeV Sources in Infinite Air,” ORNL-RSIC-(ANS-SD-9), Oak Ridge National Laboratory (1970).

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