## Calculation of fission-source thermal-neutron distribution in water by the transfusion method |

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### Contents

Abstract | 1 |

Comparison of Calculated and Experimental Results | 15 |

Conclusions | 25 |

Copyright | |

1 other sections not shown

### Common terms and phrases

0I DIFFERENTIAL NUMBER 1011 fissions/sec angular distribution Appendix Cranberg crossover energy culation DIFFERENTIAL NUMBER SPECTRA diffusion calculation diffusion theory DISTRIBUTION IN WATER E.MEV Energy Spectra experimental data experimental results Fast-Neutron Dose Rate FISSION POINT SOURCE FLUX IN WATER Function of Distance Gaussian Goldstein greater distances group structure high energies hydrogen I E 0I I.2I I E IE 0I inelastic scattering integrated kernel isotropic lethargy Lid Tank Shielding LTSF METHOD D. K. Trubey MODRIC neutron flux neutron/sec neutrons z cm Nucl Nuclear ORNL oxygen point kernel POINT SOURCE EXPONENTIAL predicting thermal-neutron flux Reactor Handbook Reactor Shielding REMJPAK response function S. K. Penny shown in Table Simpson's rule smoothed measured kernel SOURCE EXPONENTIAL FLUX Source in Water source neutron source plate space points spatial sults Table C-l Tank Shielding Facility technique thermal trans transfusion calculation TRANSFUSION METHOD D. K. transport theory values of N(R,E WATER N(R,E),N/SEC-MEV E,MEV X X X