CONTENTS
Introduction 209
1. General Properties. ρ-T, p-T, and v-T Diagrams 209
2. Refractive Index and Dielectric Constant 212
3. Compressibility and Thermal Expansion 212
4. Surface Tension 213
5. Adsorption 213
6. Sound in Helium, Zero Sound 213
7. Second Sound 214
8. Specific Heat 214
9. Heats of Phase Transitions 215
10. Entropy Diagram of He³ 215
11. Magnetic Properties 216
12. Relaxation Time 217
13. Spin Diffusion in He³ 217
14. Diffusion and Thermal Conductivity in Solutions of He³ in He⁴ 218
15. Thermal Conductivity of He³ 218
16. The Kapitza Jump 219
17. Viscosity 220
18. Experiments Aimed at Finding the Transition of Liquid He³ into the Superfluid Phase 220
19. Theoretical Estimates 221
20. Use of He³ to Obtain Very Low Temperatures 223
Conclusion 225
Cited Literature 225