Difference between revisions of "User:Tohline/Apps/RotatingWhiteDwarfs"
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===Uniform Rotation=== | ===Uniform Rotation=== | ||
* [https://ui.adsabs.harvard.edu/abs/1964ApJ...140..552J/abstract R. A. James (1964)], 140, 552 | |||
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<font color="green">Structures have been determined for axially symmetric</font> [uniformly] <font color="green">rotating gas masses, in the polytropic and white-dwarf cases … Physical parameters for the rotating configurations were obtained for values of n < 3, and for a range of white-dwarf configurations. The existence of forms of bifurcation of the axially symmetric series of equilibrium forms was also investigated. The white-dwarf series proved to lack such points of bifurcation, but they were found on the polytropic series for n < 0.808.</font> | |||
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===Differential Rotation=== | ===Differential Rotation=== | ||
Revision as of 21:39, 16 June 2019
Rotationally Flattened White Dwarfs
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Example Equilibrium Configurations
Uniform Rotation
- R. A. James (1964), 140, 552
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Structures have been determined for axially symmetric [uniformly] rotating gas masses, in the polytropic and white-dwarf cases … Physical parameters for the rotating configurations were obtained for values of n < 3, and for a range of white-dwarf configurations. The existence of forms of bifurcation of the axially symmetric series of equilibrium forms was also investigated. The white-dwarf series proved to lack such points of bifurcation, but they were found on the polytropic series for n < 0.808. |
Differential Rotation
- J. P. Ostriker & J. -L. Tassoul (1969), ApJ, 155, 987
- R. H. Durisen & J. N. Imamura (1981), ApJ, 243, 612
See Also
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