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Table 1.

Simulation labels and assumption variations.

Label Stellar rotation tIa Note Yield table
NUGRID (delay) N/A 38 Myr Allows delayed CCSN trigger a [1,2,3*]
NUGRID (rapid) N/A 38 Myr W/o delayed CCSN trigger a [1,2,3*]

LC18 (0 km/s) 0 km s−1 38 Myr [3*,4]
LC18 (150 km/s) 150 km s−1 38 Myr [3*,4]
LC18 (300 km/s) 300 km s−1 38 Myr [3*,4]
LC18 (Prantzos et al.) [0, 150, 300] km s−1 38 Myr Stochastically sampled rotation b [3*,4]

tIa = 38 Myr 150 km s−1 38 Myr Same as LC18 (150 km/s) [3*,4]
tIa = 100 Myr 150 km s−1 100 Myr [3*,4]
w/o SNe Ia 150 km s−1 N/A No Ia enrichment [4]
Z dep. yields 150 km s−1 38 Myr Metallicity dependent SNIa yields [3,4]

NUGRID (delay), tIa = 38 Myr N/A 38 Myr Multiple runs of NUGRID (delay) [1,2,3*]
LC18 (150 km/s), tIa = 100 Myr 150 km s−1 100 Myr Multiple runs of LC18 (150 km/s) [3*,4]

Notes. First column gives the labels used throughout the paper, with simulations divided into four different groups based on the assumption that is varied. Note that some simulations appear multiple times in the table, and the final two labels represent three simulations each. When applicable, the second column gives stellar rotation, and the third column gives the delay time (tIa; see Eq. (1)) for SNIa. The last two columns include notable features of each model and a list of yield table references for massive stars. Yield tables for AGB ejecta is omitted for brevity because all models apply yields (Pignatari et al. 2016; Ritter et al. 2018). Yield tables are abbreviated by number accordingly: [1] Pignatari et al. (2016); [2] Ritter et al. (2018); [3] Seitenzahl et al. (2013); [4] LC18. For [3*], we only apply yields from model N100 from Seitenzahl et al. (2013), i.e., SNIa yields at solar metallicity.

a

See Fryer et al. (2012) for details.

b

See Prantzos et al. (2018) for details.

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