55 results on '"William C. Saslaw"'
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2. Spiral instabilities
3. How does matter fill the Universe?
4. Passing–merging
5. Infinite inhomogeneous systems – galaxy clustering
6. Idealized homogeneous systems – basic ideas and gentle relaxation
7. Star-gas interactions
8. Finite flattened systems – galaxies
9. The average and fluctuating gravitational fields
10. Later evolution of cosmic correlation energies
11. The virial theorem
12. Gravitational shocks
13. Evolving velocity distributions
14. Observed dynamical properties of clusters
15. Symmetry and Jeans' theorem
16. Gravithermal instabilities
17. Violent relaxation
18. Linear response and dispersion relations
19. Collective effects – grexons
20. Quasi-equilibrium models
21. Transfer of angular momentum
22. Applying the virial theorem
23. Some properties of the Boltzmann equation
24. The dynamics of random impulsive forces
25. Bibliography
26. Gentle relaxation: timescales
27. Axisymmetric and bar instabilities
28. Breakaway
29. Binary formation and cluster evolution
30. Self-similar transport
31. Gravitational Physics of Stellar and Galactic Systems
32. Efficiency of gravitational clustering
33. The Boltzmann equation
34. Collective scattering
35. Orbits and third integrals
36. Gravitational instability of the infinite expanding gas
37. Role of a central singularity
38. Dynamics with a memory: non-Markovian evolution
39. Physical stellar collisions
40. Damping and decay
41. Gravity and thermodynamics
42. Evaporation and escape
43. Introduction
44. General properties of Fokker–Planck evolution
45. N-body simulations
46. Problems and extensions
47. Gravithermodynamic instability
48. Orbit segregation
49. More star–gas interactions
50. Mass segregation and equipartition
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