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| {{#Wiki_filter:}} | | {{#Wiki_filter:The soil on which MNRC is constructed is classified as Xerarents-Urban Land San Joaquin complex 0 to 5% slope. Permeability is described qualitatively as moderate to very slow. Specific values for soil permeability are given as a function of soil depth. The largest permeability (water moves through soil the most quickly) is given as 2.0 inches per hour or 1 foot every 6 hours. For a water table depth of 80 feet this results in a water migration time of 480 hours or 20 days. In some cases, the permeability is thought to be as low as 0.06 inches per hour which would result in a water migration time much larger than 480 hours. Therefore, the 36-hour migration value given in the SAR is highly conservative. |
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| | ==Reference:== |
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| | Soil Survey of Sacramento County California. United States Department of Agriculture. April 1993}} |
Revision as of 14:58, 18 January 2022
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Category:Report
MONTHYEARML22173A2032022-06-21021 June 2022 University of California - Davis, Response to NRC Request for Additional Information Letter Dated June 3rd 2022 Regarding License Renew Al Application - Appendix B, Radiological Impact of Accidents ML21265A5532021-09-24024 September 2021 Nniv. of California - Davis: Uncontrolled Withdrawal of a Control Rod Nonlinear Worth ML21265A5472021-09-23023 September 2021 Criticality Safety Analysis for MNRC Spent Fuel Pits ML21265A5512021-09-22022 September 2021 Maximum Reactivity Insertion ML21265A5502021-09-22022 September 2021 Calculation of Negative Void Coefficient of MNRC Core ML21265A5492021-09-22022 September 2021 MNRC Soil Permeability Information ML21265A5462021-09-22022 September 2021 Negative Temperature Co-Efficient ML21265A5432021-09-22022 September 2021 Univ. of California - Davis: Analysis for Blockage of Fuel Channel Potential ML21265A5452021-09-22022 September 2021 Appendix B: Radiologcal Impact of Accidents ML21265A5442021-06-24024 June 2021 Univ. of California - Davis: Analysis of Fuel Temperature After LOCA 20210624 ML20261H3882020-09-17017 September 2020 Updated UC Davis MNRC Reactor Proposed License Renewal Ipac Trust Resources Report ML18179A5062018-06-0606 June 2018 Mcclellan Nuclear Research Center Financial Qualification Report University of California Davis ML18179A5091999-10-31031 October 1999 University of California - Davis/Mcclellan Nuclear Radiation Center Selection and Training Plan for Reactor Personnel 2022-06-21
[Table view] Category:Technical
MONTHYEARML22173A2032022-06-21021 June 2022 University of California - Davis, Response to NRC Request for Additional Information Letter Dated June 3rd 2022 Regarding License Renew Al Application - Appendix B, Radiological Impact of Accidents ML21265A5532021-09-24024 September 2021 Nniv. of California - Davis: Uncontrolled Withdrawal of a Control Rod Nonlinear Worth ML21265A5472021-09-23023 September 2021 Criticality Safety Analysis for MNRC Spent Fuel Pits ML21265A5512021-09-22022 September 2021 Maximum Reactivity Insertion ML21265A5502021-09-22022 September 2021 Calculation of Negative Void Coefficient of MNRC Core ML21265A5492021-09-22022 September 2021 MNRC Soil Permeability Information ML21265A5462021-09-22022 September 2021 Negative Temperature Co-Efficient ML21265A5432021-09-22022 September 2021 Univ. of California - Davis: Analysis for Blockage of Fuel Channel Potential ML21265A5452021-09-22022 September 2021 Appendix B: Radiologcal Impact of Accidents ML21265A5442021-06-24024 June 2021 Univ. of California - Davis: Analysis of Fuel Temperature After LOCA 20210624 ML20261H3882020-09-17017 September 2020 Updated UC Davis MNRC Reactor Proposed License Renewal Ipac Trust Resources Report ML18179A5062018-06-0606 June 2018 Mcclellan Nuclear Research Center Financial Qualification Report University of California Davis ML18179A5091999-10-31031 October 1999 University of California - Davis/Mcclellan Nuclear Radiation Center Selection and Training Plan for Reactor Personnel 2022-06-21
[Table view] |
Text
The soil on which MNRC is constructed is classified as Xerarents-Urban Land San Joaquin complex 0 to 5% slope. Permeability is described qualitatively as moderate to very slow. Specific values for soil permeability are given as a function of soil depth. The largest permeability (water moves through soil the most quickly) is given as 2.0 inches per hour or 1 foot every 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br />. For a water table depth of 80 feet this results in a water migration time of 480 hours0.00556 days <br />0.133 hours <br />7.936508e-4 weeks <br />1.8264e-4 months <br /> or 20 days. In some cases, the permeability is thought to be as low as 0.06 inches per hour which would result in a water migration time much larger than 480 hours0.00556 days <br />0.133 hours <br />7.936508e-4 weeks <br />1.8264e-4 months <br />. Therefore, the 36-hour migration value given in the SAR is highly conservative.
Reference:
Soil Survey of Sacramento County California. United States Department of Agriculture. April 1993