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Table 1

Resulting subhalo parameters from our scan over the initial masses and concentration parameters in the Abell 520 cluster.

M init / M c init R 200 M 150 / M d final

3.0 × 1014 4.0 861 kpc 4.96 × 1013 700.3 kpc
3.0 × 1014 4.5 848 kpc 5.28 × 1013 762.4 kpc
3.0 × 1014 5.0 836 kpc 5.62 × 1013 720.0 kpc

3.5 × 1014 4.0 906 kpc 5.05 × 1013 900.2 kpc
3.5 × 1014 4.5 893 kpc 5.36 × 1013 860.2 kpc
3.5 × 1014 5.0 881 kpc 5.29 × 1013 782.3 kpc

4.0 × 1014 4.0 948 kpc 4.82 × 1013 961.9 kpc
4.0 × 1014 4.5 936 kpc 5.41 × 1013 821.0 kpc
4.0 × 1014 5.0 921 kpc 5.10 × 1013 900.2 kpc

4.5 × 1014 4.0 986 kpc 4.94 × 1013 941.9 kpc
4.5 × 1014 4.5 971 kpc 5.20 × 1013 860.2 kpc
4.5 × 1014 5.0 958 kpc 5.49 × 1013 821.0 kpc

Notes. For illustration we also list the resulting virial radii of the initial clusters. We find that colliding two NFW subhalos with initial masses of 4.0 × 1014M and concentration parameters of 4.0 yields the final state which most closely resembles observations.

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