III. Properties of the Spin System of a Transition Metal 724
6. Hamiltonian of the Electron System of a Transition Metal 724
7. Spin Polarization of the Conduction Electrons 725
8. Indirect Exchange Interaction of Spin-unsaturated Shell Electrons Via the Conduction Electrons 727
9. Spin-wave Theory of a Ferromagnetic Metal 728
10. Spin-wave Theory of an Antiferromagnetic Metal 733
11. Magnetic Relaxation and Resonance in Ferromagnetic and Antiferromagnetic Metals 734
12. Magnetic Scattering of Slow Neutrons in a Ferromagnetic Metal 738
IV. Conduction-electron System in a Transition Metal 741
13. Energy of Conduction Electrons in a Ferromagnetic Transition Metal 741
14. Effective Interaction of Conduction Electrons Via Spin Waves and Its Influence on the Superconducting State 742
15. Condition for the Existence of a Superconducting State in a Ferromagnetic Metal 744
16. Anomalous Electric Resistivity of Ferromagnetic Metals 746
V. Conclusion 748
Literature cited, II