This paper provides insights into the neutronic similarities between a representative high-capacity rail-transport cask containing typical pressurized water reactor (PWR) spent nuclear fuel assemblies and critical reactor state-points, referred to as commercial reactor critical (CRC) state-points. Forty CRC state-points from five PWRs were analyzed, and the characteristics of CRC state-points that may be applicable for validation of burnup-credit criticality safety calculations for spent fuel transport/storage/disposal systems were identified.
<p>A report from the US Deparement of Energy's Office of Civilian Radioactive Waste Management</p>
<p>Regulatory Drop Tests Planned for a Model Transportation Cask</p>
<p>Implementation Plan for the environmental Impact Statement for a Multi-Purpose Canister System for Management of Civilian and Naval Spent Nuclear Fuel Issued</p>
<p>Nuclear Waste Technical Review Board (NWTRB) Update</p>
<p>The NWTRB</p>
<p>Dry Transfer System Design Under Way</p>
