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Table 1.

Description of the main quantities used in this work.

Name Definition
WD White dwarf
ECSN Electron capture supernova
CCSN Core collapse supernova
PPISN Pulsation pair instability supernova
PISN Pair instability supernova
DBH Direct collapse to black hole
Zi Initial metallicity.
Mi Mass of the star at the zero-age main sequence
Mfin Mass of the star at the beginning of central carbon burning (almost equivalent to the pre-SN mass)
Mrem Mass of the remnant
Mcut Mass-cut, in a pre-supernova model, enclosing the entire mass that will collapse and form the compact remnant
MHe Mass of the He-core at the beginning of central carbon burning
MCO Mass of CO-core at the beginning of central carbon burning
MAGB Maximum mass for a star to experience the AGB phase and leave a C–O WD
MSAGB Maximum mass for a star to evolve through the Super-AGB and leave an O–Ne–Mg WD
Mmas Minimum mass for a star to experience all hydrostatic nuclear burnings up to the Si-burning stage, with the formation of an iron core which eventually collapses, leading to either a successful CCSN or a failed SN
MVMO Mass boundary between massive stars and VMO

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