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Ceramic and Glass Immobilisation Routes for Problematic Wastes Dr. Martin C. Stennett and Dr. Neil C. Hyatt Ceramic an

Outline of presentation. 1.Iodine Immobilisation in Ceramics (Hot Isostatic Pressing) 2.Microwave Synthesis of Glasses and Ceramics3.Heavy Ion Irradiation Studies to Simulate Radiation Damage4.Hydrothermal Dissolution Testing of Ceramics and Glasses. Iodine Immobilisation in Ceramics. Prob

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Ceramic and Glass Immobilisation Routes for Problematic Wastes Dr. Martin C. Stennett and Dr. Neil C. Hyatt Ceramic an

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    1. Ceramic and Glass Immobilisation Routes for Problematic Wastes Dr. Martin C. Stennett and Dr. Neil C. Hyatt Ceramic and Vitreous Wasteforms Group, Immobilisation Science Laboratory (ISL), Dept. of Engineering Materials, University of Sheffield, UK.

    2. Outline of presentation 1. Iodine Immobilisation in Ceramics (Hot Isostatic Pressing) 2. Microwave Synthesis of Glasses and Ceramics 3. Heavy Ion Irradiation Studies to Simulate Radiation Damage 4. Hydrothermal Dissolution Testing of Ceramics and Glasses

    3. Iodine Immobilisation in Ceramics

    4. Iodine Immobilisation in Ceramics: Structure

    5. Iodine Immobilisation in Ceramics: Synthesis

    6. Iodine Immobilisation in Ceramics: Microstructure

    7. Iodine Immobilisation in Ceramics: Durability

    8. Iodine Immobilisation in Ceramics: Future work

    9. Microwave Synthesis of Glasses and Ceramics

    10. Microwave Synthesis of Glasses and Ceramics

    11. Microwave Synthesis of Glasses and Ceramics

    12. Microwave Synthesis of Glasses and Ceramics

    13. Microwave Synthesis of Glasses and Ceramics

    14. Microwave Synthesis of Glasses and Ceramics

    15. Microwave Synthesis of Glasses and Ceramics

    16. Microwave Synthesis of Glasses and Ceramics: Future work

    17. Acknowledgements

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