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Table 2

Parameters of the (new) hydrodynamical simulations used in this work.

Sequence Star/M Mass loss Velocity Wind abund. Neb. abund.
PN1 (a) 0.595 PPKMH VPPKMH PN PN
PN100 0.595 PPKMH × 100 VPPKMH PN PN
PN100x5.5 0.595 ppKMH × 100 VPPKMH PN PN
WR1 0.595 ppKMH VPPKMH WR PN
WR3V05 0.595 PPKMH × 3 VPPKMH/2 WR PN
WR10V05 0.595 PPKMH × 10 VPPKMH/2 WR PN
WR10V05x2.0 0.595 PPKMH × 10 VPPKMH/2 WR PN
WR10V05x0.25 0.595 ppKMH × 10 VPPKMH/2 WR PN
WR100 0.595 PPKMH × 100 VPPKMH WR PN
WR100x5.5 0.595 ppKMH × 100 VPPKMH WR PN
WR100V05 0.595 PPKMH × 100 VPPKMH/2 WR PN
WR100V05x5.5 0.595 PPKMH × 100 VPPKMH/2 WR PN

Notes. The sequences are labelled by the chemical composition of the post-AGB wind (‘PN’ or ‘WR’, Col. 5), followed by the mass-loss rate enhancement factor relative to the Pauldrach et al. (1988) prescription (cf. Col. 3), and the corresponding wind velocity factor (cf. Col. 4). The additions ‘…x2.0’ or ‘…x5.5’ mean that the evolution of the 0.595 M remnant is accelerated by a factor of 2 or 5.5, ‘…x0.25’ means a decelerated evolution by a factor of four. (a)Sequence 6a-HC2 of SSW but recalculated with the updated NEBEL code.

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