Physics and Applications of Hydrogen Negative Ion Sources

Chapter 1. Fundamental processes of hydrogen negative ion production in the ion source plasma volume.- Chapter 2. Fundamental aspect of surface production of hydrogen negative ions.- Chapter 3. Modelling of reaction dynamics in volume production negative hydrogen ion sources.- Chapter 4. Particle-In-Cell Modelling of Negative Ion Sources for fusion applications.- Chapter 5. Particle-In-Cell Modelling with Monte-Carlo Collision of Extraction and Acceleration in Radio-Frequency Negative Ion Sources.- Chapter 6. Plasma neutralisation of 500 keV H- ions.- Chapter 7. Advanced models for negative ion production in hydrogen discharges.- Chapter 8. The plasma sheath in negative ion sources.- Chapter 9. Helicon volume production of H- and D- using a resonant birdcage antenna on RAID.- Chapter 10. Plasma electrode for Caesium free negative hydrogen ion sources.- Chapter 11. Low temperature high density ion source plasma.- Chapter 12. Fundamental principles of ECR-driven negative ion sources operating with hydrogen and deuterium.- Chapter 13. Dissociative electron attachment to hydrogen and its use for vibrational spectroscopy of hydrogen molecule.- Chapter 14. Physics of surface-plasma H- ion sources.- Chapter 15. Hydrogen negative ion density diagnostic in plasma.- Chapter 16. RF Driven ion sources for Fusion NBI.- Chapter 17. Negative ion source technique and technology.- Chapter 18. Radiofrequency driven, Pulsed High-current H- Ion Sources on Advanced Accelerators.- Chapter 19. Development of High Current Negative-Ion based Beam Source at QST for JT-60U and ITER Neutral Beam Injectors.