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Fusion Science and Technology Center STARFIRE Report: Volume 1 Table of Contents |
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Links go to scanned PDFs of chapters. More chapters will become available over time. A single-file version of this volume will also be available soon.
| Cover Pages | |
| Executive Summary | |
| Table of Contents | |
| Chapter | |
| 1. | Introduction |
| 2. | STARFIRE Overview |
| 3. | Study Conclusions |
| 4. | Table of Design Parameters |
| 5. | Rationale for Key Design Selections |
| 6. | Plasma Engineering |
| 7. | Plasma Heating and Current Drive System |
| 8. | Plasma Impurity Control and Exhaust (Limiter/Vacuum System) |
| 9. | Magnets |
| 10. | First-Wall / Blanket |
| 11. | Radiation Shielding and Vacuum Boundary |
| 12. | Radioactivity |
| 13. | Heat Transfer and Energy Conversion |
| 14. | Tritium Systems |
| 15. | Electrical Storage and Power Supplies |
| 16. | Support Structure |
| 17. | Cryogenics |
| 18. | Instrumentation and Control |
| 19. | Maintenance and Operation |
| 20. | Balance of Plant Design |
| 21. | Safety and Environmental Analysis |
| 22. | Economic Analysis |
| 23. | Plant Contruction |
| Appendix | |
| A. | Utility Interface |
| B. | Vacuum System Conductance Modeling |
| C. | Resource Requirements |
| D. | STARFIRE Seismic Analysis |
| E. | Materials Database |
| F. | Tritium Dose Calculations |
| G. | Corrosion Products in the Primary Coolant Loop |
| H. | Additional Electromagnetic Considerations |
| I. | Modeling of ECRH Startup |