Management of HFIR Spent Fuel

Review of Technologies and Alternatives for Dispositioning DOE/INEL Spent Nuclear Fuels

Application of Lessons Learned Experience To Human Factor Engineering of the Planned Monitored Retrievable Storage Facility

Automated Post Irradiation Handling of Spent Nuclear Fuel In PNC's FMF-2 Facility Test Hot Cell

Monitored Retrievable Storage/Multi-Purpose Canister Analysis: Simulation and Economics of Automation

Implementation of Spent Fuel Storage Options - A Utility Project Engineers Perspective

Human Factors Engineering Applications in the Testing of the Legal Weight Truck Cask Transportation System

A Tunnel Boring System for the Yucca Mountain Project

Microtunneling Techniques to Form an Insitu Barrier Around Existing Structures

Application of Heavy Duty Roadheaders for Underground Development of the Yucca Mountain Exploratory Study Facility

Tunnel Boring Machine for Nuclear Waste Repository Research Project

Development of a Mechanical Alcove Excavator for the Yucca Mountain Exploratory Study Facility

Novel, Low-Vibration Excavation Techniques for Underground Radioactive Waste Storage

Selecting the Design Basis Fuel for the Multi-Purpose Canister

MPC Closure Weld Model Study

Transfer of Spent Nuclear Fuel Into Multi-Purpose Canister Storage

Verification Testing of Multi-Purpose Rail Cask Impact Limiters

Feasibility of Using MPCs for DOE Research and Production Fuel

The First Multipurpose Spent Fuel Container Reviewed by the U.S. Nuclear Regulatory Commission (USNRC)

Further Development of a Source Term Model for a Repository in Unsaturated Tuff

 

 

 

 

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