17. Range of Tritium Radioactivity

Kapitel in diesem Buch

1. Frontmatter I
2. Contents V
3. Prologue XI
4. 1. Introduction 1
5. 2. Perfect Gas Thermodynamics 15
6. 3. Gas Properties at Low Pressures 32
7. 4. Saturated Vapor Pressures and Densities 45
8. 5. Saturateci Pure Component Liquid Properties 61
9. 6. Solid Properties 73
10. 7. Thermal Properties of the Solid 92
11. 8. Thermodynamics of the Saturated Phase Boundary 110
12. 9. The Melting Curve 125
13. 10. The Pressurized Fluid 133
14. 11. Gas Interactions with Cold Surfaces 152
15. 12. Hydrogen Solutions 165
16. 13. Solution Fractionation and Non-Ideality 171
17. 14. Hydrogen-Helium Mixtures 186
18. 15. Mixtures with Other Substances 199
19. 16. Tritium Decay 205
20. 17. Range of Tritium Radioactivity 214
21. 18. Radiation Damage in Hydrogen 232
22. 19. Reactions in Irradiated Hydrogen 241
23. 20. Physical Properties of Species in Irradiated Hydrogen 256
24. 21. Excited Helium and Muonic Hydrogen 270
25. 22. Radiation Damage in the Solid 281
26. 23. The Hydrogen Exchange Reaction 294
27. 24. Rotational Transitions and Quadrupoles 308
28. 25. Infrared and Raman Spectroscopy 324
29. 26. Nuclear Magnetic Resonance 336
30. 27. Electrical Effects Caused by Radiation 352
31. Appendix A. Useful Dimensional Relations 369
32. Appendix B. Hydrogen Permeation in "Impermeable" Materials 370
33. Index 375