Beschreibung
Inhaltsangabe1. Introduction. 2. Description of the Orbital Motions. 3. General Perturbation Theory. 4. Constructing Equilibrium Models. 5. Non-Rotating Spherical Systems. 6. Isotropic Systems. 7. Anisotropic Spherical Systems. 8. Spherical Systems with Rotation. 9. Axisymmetric Systems. 10. Numerical Modelling Techniques. 11. Nonlinear Evolution and Endstates. 12. Disc Galaxies. A. Setting up N Body Datasets. B. Spherical Harmonic Addition Theorem. C. Expansion of Spherical Harmonics in Orbital Parameters. D. The Poisson Operator for Axisymmetric Discs. References. Index.
Inhaltsverzeichnis
1. Introduction. 2. Description of the Orbital Motions. 3. General Perturbation Theory. 4. Constructing Equilibrium Models. 5. Non-Rotating Spherical Systems. 6. Isotropic Systems. 7. Anisotropic Spherical Systems. 8. Spherical Systems with Rotation. 9. Axisymmetric Systems. 10. Numerical Modelling Techniques. 11. Nonlinear Evolution and Endstates. 12. Disc Galaxies. A. Setting up N Body Datasets. B. Spherical Harmonic Addition Theorem. C. Expansion of Spherical Harmonics in Orbital Parameters. D. The Poisson Operator for Axisymmetric Discs. References. Index.
