Abstract
Abstract : This volume presents calculated time integrated energy deposition data for line beam gamma-ray and neutron sources emitting radiation in the source energy intervals The radial and polar angle intervals used in storing the energy deposition data are given. The geometry used in the energy deposition calculation is shown. The source radiation (neutron or gamma ray) is emitted from the source point in the direction Theta = 0 deg. The energy deposition was determined for regions formed by the intersection of the conical surfaces generated by the revolution of the radii R sub (i-1) and R sub i inclined at polar angles Theta sub (j-1) and Theta sub j, respectively about the source axis and the spherical surfaces formed by the revolution of the radii R sub (i-1) and R sub i about the source point. The calculational methods used to compute energy deposition data in air for line beam nuclear sources are described in Vol. I of this report.
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