Uranium for Nuclear Power

<p>Part 1 Geology, resources and markets: primary uranium</p> <p>1. Uranium for nuclear power: an introduction</p> <p>I. Hore-Lacy</p> <p>2. Geology of uranium deposits </p> <p>P. Bruneton and M. Cuney</p> <p>3. Exploration for uranium</p> <p>K. Kyser</p> <p>4. Uranium resources </p> <p>R. Vance</p> <p>5. The uranium market, supply adjustments from secondary sources and enrichment underfeeding </p> <p>S. Kidd</p> <p><br>Part 2 Mining and alternative fuel sources</p> <p>6. Uranium mining (open cut and underground) and milling </p> <p>P. Woods</p> <p>7. Introduction to uranium in situ recovery technology</p> <p>M. Pelizza and C. Bartels</p> <p>8. Nuclear fuel from secondary supplies of uranium and plutonium</p> <p>J. Combs</p> <p>9. Production of by-product uranium and uranium from unconventional resources </p> <p>I. Hore-Lacy</p> <p>10. Thorium as a nuclear fuel </p> <p>B. van Gosen and H. Tulsidas</p> <p><br>Part 3 Conversion, enrichment and fuel fabrication </p> <p>11. Uranium conversion</p> <p>A. Oliver and E. Ozberk</p> <p>12. Uranium enrichment</p> <p>P. Harding</p> <p>13. Nuclear fuel fabrication </p> <p>E. Supko</p> <p><br>Part 4 Environmental and social issues</p> <p>14. Management for health, safety, environment and community (HSEC) in uranium mining and processing </p> <p>F. Harris</p> <p>15. Safe and secure packaging and transport of uranium materials</p> <p>D. Hem</p> <p>16. Uranium mine and mill remediation and reclamation</p> <p>D. Collier</p> <p>17. Inter-regional technical cooperation for education and training in the uranium industry</p> <p>P. Wieland</p>