PNL-5781 UC-85 Retrievable Storage Program .Office and Mr. Jim Creer of the Commercial Spent Fuel Management Program/Dry Storage System Performance Evaluation Project for their support and insight. Special thanks also goes to Mr. Jim Bates for his dedication and hard work in performing and reporting the tests described in this document. Finally, thanks to E. D.
of the Commercial Spent Fuel Management Program Office managed by the Pacific Northwest Laboratory are acknowledged for their support and guidance during the study. Appreciation is also extended to J. M. Creer and C. L. Wheeler for their contributions to this study. Special thanks are extended to J. Fleisch and K. Einfeld of the German Association for the Recycling of Nuclear Fuel (DWK) for coordinating information transfer; K. Ramke of Preussen Elektra for spent fuel information; H. Baatz, D. Ritscher, H. Geiser, and D. Meitling of Gesellschaft fUr Nuklear Services {GNS) for cask design details; and V. Barnhart of General Nuclear Services, Inc., for coordinating the information transfer from GNS. Appreciation is extended to Ridihalgh, Eggers & Associates and the General Electric Company for providing details on the REA 2023 BWR storage cask and the spent fuel assemblies required for input to the analyses .
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