... | ... | @@ -38,7 +38,7 @@ D _{R\theta} & = & D _{\theta R} & = & (R{\partial \over \partial R}{v_\theta \ |
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\over \partial \theta})
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\end{array} \right. `$
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We can now compute the viscous heating (see Eq. 27.30 from Mihalas and Mihalas 1984):
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We can now compute the viscous heating (see Eq. 27.30 pag. 92 of Mihalas and Mihalas 1984):
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$`Q^+ = 2\rho \nu (D_{RR}^2+D_{\varphi \varphi}^2+D_{\theta \theta}^2
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+{1\over 2}(D_{R\varphi}^2+D_{\theta\varphi}^2+D_{R\theta}^2)-
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... | ... | |