The mixing and transport properties of the intra cluster medium: a numerical study using tracers particles

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Table 1:

Main characteristics of the simulated clusters.
ID	$M_{\rm vir}[10^{14}~M_{\odot/h}]$	$R_{\rm v}[{\rm kpc}/h]$	Dynamical state
H1	3.10	1890	mm
H1d	3.10	1890	mm
H2	3.05	1810	MM
H3	2.95	1710	rr
H4	2.63	1738	rr
H5	2.41	1703	MM
H6	2.32	1593	MM
H7	2.14	1410	mm

Notes. Column 1: identification number. Columns 2: total mass ( $M_{\rm DM}+M_{\rm gas}$ ) inside the virial radius. Columns 3: virial radius. Column 4: dynamical state at z=0 (qualitative classification); MM = major merger for z<1; mm = only minor mergers for z<1, rr = visually relaxed at $z \approx 0$ . Cluster H1d is the same as H1, but re-simulated with mesh refinement on gas/DM density only.

Source LaTeX | All tables | In the text

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