Trioxane Initiated Formic Acid Denitration of Plutonium-Bearing Acid Solution

Articles in the same Issue

1. Masthead
2. PREFACE
3. Chemistty of the Purex Process
4. Advances in Chemistry of the Actinide Elements
5. Characterisation of Dissolution Residues — Fuel Element Cladding and Fission Product Insolubles
6. Basic Aspects of the Get-Precipitation Route to Nuclear Fuel
7. U-Pu Recovery by Molten Alkaline Sulphates
8. Plutonium Conversion by the Gel-Supported Precipitation (GSP) Process at the ENEA-EUREX Reprocessing Plant
9. Plutonium Recovery from Combustible Wastes Treated by Incineration and Pyrolysis
10. Contamination of Metal Surfaces with Plutonium from Aqueous Solutions
11. Influence of the Diluent on the Radiolytic Degradation of TBP in TBP, 30% (v/v)-Diluent- HNO₃ Systems
12. Trioxane Initiated Formic Acid Denitration of Plutonium-Bearing Acid Solution
13. Application of Inorganic Ion Exchangers Prepared by Gel Supported Precipitation to Radwaste Ceramics
14. Nuclear Fuel Conversion and Fabrication Chemistry
15. Actinide Separation from MAW Process Streams via Ion-Exchange Techniques
16. INSTRUCTIONS TO CONTRIBUTORS