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Table 1

Summary of the different runs performed in the paper.

Label Physics Scheme Feedback Resolution

NF1 MHD (2.5 μG) 2563
NF2 hydro 2563
A MHD (2.5 μG) A thermal+kinetic 2563
%hline B MHD (2.5 μG) B thermal+kinetic 2563
C1 MHD (2.5 μG) C thermal+kinetic 2563
C1b MHD (2.5 μG) C thermal+kinetic 5123
C2 hydro C thermal+kinetic 2563
C3 MHD (0.5 μG) C thermal+kinetic 2563

C4 MHD (2.5 μG) C thermal 2563
D MHD (2.5 μG) D thermal+kinetic 2563

Notes. The scheme refers to the way supernovae are being introduced in the simulations. Schemes A and B assume a constant supernova rates and are not correlated with sink particles. With schemes C and D, the supernovae are correlated spatially and temporally with sink particles (see text).

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