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Theory of magnetism / Kei Yosida

By: Material type: TextTextPublication details: Springer, New York : 1996Description: x, 320 pISBN:
  • 9788181284532
Subject(s): DDC classification:
  • 538 Y833
Contents:
1. P1: magnetic ions in crystals 2. Electronic states of free magnetic ions 3. Interactions between atomic nucleus and elctron 4. Magnetic ions in crystals 5. Exchange interactions 6. P2: magnetism of spin systems 7. Molecular-field theory 8. Molecular-field theory for antiferromagnets 9. Paramagnetic susceptibility and critical phenomena 10. Spin-waves theory of ferromagnets 11. Spin-wave theory of antiferromagnets 12. Two-dimensional xy model 13. P3: magnetism of metals 14. Coulomb interaction between electrons 15. Theory of stong electron correlation 16. RPA theory of ferromagnetism in metals 17. P4: Magnetism of dilute alloys 18. S-D model and Anderson Hamiltonian 19. Kondo effect 20. Ground state of S-D systems 21. Anderson’s orthogonality theorem 22. Behavior of the S-D system at low temperature
List(s) this item appears in: Physics
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Item type Current library Call number Status Date due Barcode
Books Books UE-Central Library 538 Y833 (Browse shelf(Opens below)) Available T361

Includesreferences and subject index

1. P1: magnetic ions in crystals
2. Electronic states of free magnetic ions
3. Interactions between atomic nucleus and elctron
4. Magnetic ions in crystals
5. Exchange interactions
6. P2: magnetism of spin systems
7. Molecular-field theory
8. Molecular-field theory for antiferromagnets
9. Paramagnetic susceptibility and critical phenomena
10. Spin-waves theory of ferromagnets
11. Spin-wave theory of antiferromagnets
12. Two-dimensional xy model
13. P3: magnetism of metals
14. Coulomb interaction between electrons
15. Theory of stong electron correlation
16. RPA theory of ferromagnetism in metals
17. P4: Magnetism of dilute alloys
18. S-D model and Anderson Hamiltonian
19. Kondo effect
20. Ground state of S-D systems
21. Anderson’s orthogonality theorem
22. Behavior of the S-D system at low temperature

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