R&D/Uses Development

An Advanced Solution for the Storage, Transportation and Disposal of Spent Fuel and Vitrified High Level Waste 168 KB  details

Analyses of U.S. and R.F. Depleted-Uranium Concrete/Steel Transport and Storage Cask for Spent Nuclear Fuel 452 KB  details

Beneficial Uses of Depleted Uranium 63 KB  details

Cask Size and Weight Reduction Through the Use of Depleted Uranium Dioxide-Concrete Material 141 KB  details

Cask Size and Weight Reduction Through the Use of Depleted Uranium Dioxide (DUO2)–Steel Cermet Material 220 KB  details

Cermet Waste Packages Using Depleted Uranium Dioxide and Steel 161 KB  details

Conception of Universal Cask Based on Cermet for SNF Transportation and Storage 200 KB  details

Depleted Uranium Dioxide as SNF Waste Package Fill: A Disposal Option 112 KB  details

Depleted Uranium Dioxide as SNF Waste Package Particulate Fill: Engineering Properties 88 KB  details

Depleted Uranium Dioxide as Spent-Nuclear-Fuel Waste-Package Particulate Fill: Fill Behavior 729 KB  details

Depleted Uranium Hexafluoride Materials Use Roadmap 1.42 MB  details

Depleted Uranium Uses R&D Program 58 KB  details

Description of the Canadian Particulate Fill Waste Package (WP) System for Spent Nuclear Fuel (SNF) and its Applicability to Light-Water Reactor SNF WASTE PACKAGES with Depleted Uranium Dioxide Fill 6.78 MB  details

Design of Transport Casks with Depleted Uranium Gamma Shield and Advanced Safety 1.1 MB  details

Ducrete: A Cost Effective Radiation Shielding Material 32 KB  details

Effect of Depleted-Uranium-Dioxide Particulate Fill on Spent-Nuclear-Fuel Waste Packages 1.75 MB  details

High-Density Concrete with Ceramic Aggregate Based on Depleted Uranium Dioxide 262 KB  details

Maintaining Chemically Reducing Waste-Package Conditions 215 KB  details

Melted and Granulated Depleted Uranium Dioxide for Use in Containers for Spent Nuclear Fuel 718 KB  details

Optimization of Composition and Production Technology of High-Density Concrete with Ceramic Aggregate Based on Depleted Uranium Dioxide 227 KB  details

Potential Uses of Depleted Uranium 18 KB  details

Powder-Metallurgy Experiments and Manufacturing Studies on DUO2-Steel Cermets for Spent Nuclear Fuel Casks 307 KB  details

A Process for Reducing the Licensing Burden for New Products Containing Depleted Uranium 1 MB  details

Putting Depleted Uranium to Use: A New Class of Uranium-based Catalysts 98 KB  details

Semiconductive Properties of Uranium Oxides 85 KB  details

Regulation of New Depleted Uranium Uses 168 KB  details

Sorption of Np and Tc in Underground Waters by Uranium Oxides 258 KB  details

Sorption of Long-Lived Radionuclides from Geologic Repository Underground Waters by Uranium Oxides 145 KB  details

Sorption of 237Np by UO2 under Repository Conditions 341 KB  details

Sorption of 237Np by UO2 under Repository Conditions: Slide Presentation 161 KB  details

U.S.-Russian Collaborative Research and Development on Uses of Depleted Uranium 235 KB  details

August 5, 1998 Industry Meeting in Knoxville, Tennessee

Uranium Metal, Potential for Discovering Commercial Uses 36 KB  details

Depleted Uranium Uses - Beneficial Reuse '98 275 KB  details

October 7, 1998 Industry Meeting in Lexington, Kentucky

Depleted Uranium Uses - Regulatory Requirements and Issues details