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The Stability of Self-Gravitating Polytropic Tori
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J. W. Woodward, J. E. Tohline, & I. Hachisu (1994; hereafter WTH94) used nonlinear numerical hydrodynamic techniques to examine the relative stability of self-gravitating, polytropic tori toward the development of nonaxisymmetric structure. The following pair of tables list key properties of the set of model tori that were examined: Table 5 gives characteristics of the initial models and Table 6 presents results ascertained from the numerical stability analyses.
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Table extracted from J. W. Woodward, J. E. Tohline & I. Hachisu (1994)
"The Stability of Thick, Self-gravitating Disks in Protostellar Systems"
ApJ, vol. 420, pp. 247-267 © American Astronomical Society | |
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Online Movies
| Figure 1: Animation Sequences to Supplement Table 5 of WTH94 (click on security-lock icon or caption model name to go to YouTube) | ||
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| Table 5, Model O13 | Table 5, Model O14 | Table 5, Model O15 |
| Table 5, Model O16 | Table 5, Model O17 | Table 5, Model O18 |
| Table 5, Model O22 | Table 5, Model E29 | Table 5, Model E17 |
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