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Quantum mechanics / Leslie E. Ballentine.

Por: Idioma: Inglés Englewood : Prentice Hall , 1990Descripción: xv, 486 páginasTipo de contenido:
  • text
Tipo de medio:
  • unmediated
Tipo de soporte:
  • volume
ISBN:
  • 0137479328
Tema(s): Clasificación CDD:
  • 530.12 B191q 1990
Contenidos:
Chapter 1. Mathematical prerequisities. -
Chapter 2. The formulation of quantum mechanics. -
Chapter 3. Kinematics and dynamics. -
Chapter 4. Coordinate representation and applications. -
Chapter 5. Momentum representation and applications. -
Chapter 6. The harmonic oscillator. -
Chapter 7. Angular momentum. -
Chapter 8. State preparation and determination. -
Chapter 9. Measurement and the interpretation of states. -
Chapter 10. Formation of bound states. -
Chapter 11. Charged particle in a magnetic field. -
Chapter 12. Time-dependent phenomena. -
Chapter 13. Discrete symmetries. -
Chapter 14. Approximation methods. -
Chapter 15. The classical limit. -
Chapter 16. Scattering. -
Chapter 17. Identical particles. -
Chapter 18. Many-fermion systems. -
Chapter 19. Quantum mechanics of the electromagnetic field. -
Chapter 20. Bell's theorem and its consequences.
Existencias
Tipo de ítem Biblioteca actual Colección Signatura topográfica Copia número Estado Fecha de vencimiento Código de barras
Libros Biblioteca Central Estantería General 530.12 B191q 1990 (Navegar estantería(Abre debajo)) c.1 Disponible 015328

Incluye índice.

Bibliografía : páginas 475-480

Chapter 1. Mathematical prerequisities. -

Chapter 2. The formulation of quantum mechanics. -

Chapter 3. Kinematics and dynamics. -

Chapter 4. Coordinate representation and applications. -

Chapter 5. Momentum representation and applications. -

Chapter 6. The harmonic oscillator. -

Chapter 7. Angular momentum. -

Chapter 8. State preparation and determination. -

Chapter 9. Measurement and the interpretation of states. -

Chapter 10. Formation of bound states. -

Chapter 11. Charged particle in a magnetic field. -

Chapter 12. Time-dependent phenomena. -

Chapter 13. Discrete symmetries. -

Chapter 14. Approximation methods. -

Chapter 15. The classical limit. -

Chapter 16. Scattering. -

Chapter 17. Identical particles. -

Chapter 18. Many-fermion systems. -

Chapter 19. Quantum mechanics of the electromagnetic field. -

Chapter 20. Bell's theorem and its consequences.