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Nuclear Dynamics Consequence Analysis of SNF Disposed in Volcanic Tuff

Lawrence C. Sanchez,Karen L. Cochrane,Jonathan S. Rath,Larry L. Taylor-1998-05-01-OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information)

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This paper describes criticality analyses for spent nuclear fuels in a geologic repository. The analyses investigated criticality potential, criticality excursion consequences, and the probability frequency for nuclear criticality. Key findings include: expected number of fissions per excursion range from 10<sup>17</sup> to 10<sup>20</sup>, repeated rate of criticalities range from 3 to 30 per year, and the probability frequency for criticality initiators (based on rough-order-of-magnitude calculations) is 7x10 <sup>⁻7</sup>. Overall results indicate that criticality consequences are a minor contribution to the biological hazards caused by the disposal of spent nuclear material.

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This paper describes criticality analyses for spent nuclear fuels in a geologic repository. The analyses investigated criticality potential, criticality excursion consequences, and the probability frequency for nuclear criticality. Key findings include: expected number of fissions per excursion range from 10<sup>17</sup> to 10<sup>20</sup>, repeated rate of criticalities range from 3 to 30 per year, and the probability frequency for criticality initiators (based on rough-order-of-magnitude calculations) is 7x10 <sup>⁻7</sup>. Overall results indicate that criticality consequences are a minor contribution to the biological hazards caused by the disposal of spent nuclear material.

Keywords

VolcanoDynamics (music)GeologyEarth scienceGeochemistryPhysics

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