Effects of thermal conduction and compressive viscosity on the period ratio of the slow mode

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Table 1:

Values of the thermal conduction parameter d.
T₀ (MK)	d (2L=50 Mm)	d (2L=100 Mm)	d (2L=200 Mm)	d (2L=300 Mm)	d (2L=400 Mm)
1	0.0192	0.0096	0.0048	0.0032	0.0024
2	0.1533	0.0766	0.0383	0.0255	0.0192
3	0.5173	0.2586	0.1293	0.0862	0.0647
4	1.2262	0.6131	0.3065	0.2044	0.1533
5	2.3949	1.1974	0.5987	0.3991	0.2994
6	4.1383	2.0692	1.0346	0.6897	0.5173
7	6.5715	3.2857	1.6429	1.0953	0.8214
8	9.8094	4.9047	2.4523	1.6349	1.2262
9	13.9668	6.9834	3.4917	2.3278	1.7459
10	19.1589	9.5795	4.7897	3.1932	2.3949

Notes. Variations in the thermal conduction parameter d with changes in temperature T₀ for different loop lengths 2L. We have set the equilibrium pressure p₀=0.055 Pa. Also, $\gamma = 5/3$ , $\tilde \mu = 0.6$ and $\kappa_0 =10^{-11}$ in mks units. See also Sigalotti et al. (2007).

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