Table 3.

Interface properties at t = 1.01 Myr (0.5 Myr after the second SN). Here Npaticles and m are the number of particles and total mass in the interface (defined as the set of particles with temperatures in the range 3 × 104−3 × 105 K, near the peak of the cooling curve), rmedian is the median radius of interface particles, hmedian is the median scale length of interface particles, ΔrIQR is the interquartile range of interface particle radii.

NameNparticlesmrmedianhmedianΔrIQRΔrIQR/hmedian
(M)(pc)(pc)(pc)
3D_40_HD1633.637.015.48.50.6
3D_20_HD15941.839.19.88.30.8
3D_13_HD48537.843.36.66.41.0
3D_10_HD130342.845.44.95.11.0
3D_07_HD443643.247.43.34.31.3
NameNparticlesmrmedianhmedianΔrIQRΔrIQR/hmedian
(M)(pc)(pc)(pc)
3D_40_HD1633.637.015.48.50.6
3D_20_HD15941.839.19.88.30.8
3D_13_HD48537.843.36.66.41.0
3D_10_HD130342.845.44.95.11.0
3D_07_HD443643.247.43.34.31.3
Table 3.

Interface properties at t = 1.01 Myr (0.5 Myr after the second SN). Here Npaticles and m are the number of particles and total mass in the interface (defined as the set of particles with temperatures in the range 3 × 104−3 × 105 K, near the peak of the cooling curve), rmedian is the median radius of interface particles, hmedian is the median scale length of interface particles, ΔrIQR is the interquartile range of interface particle radii.

NameNparticlesmrmedianhmedianΔrIQRΔrIQR/hmedian
(M)(pc)(pc)(pc)
3D_40_HD1633.637.015.48.50.6
3D_20_HD15941.839.19.88.30.8
3D_13_HD48537.843.36.66.41.0
3D_10_HD130342.845.44.95.11.0
3D_07_HD443643.247.43.34.31.3
NameNparticlesmrmedianhmedianΔrIQRΔrIQR/hmedian
(M)(pc)(pc)(pc)
3D_40_HD1633.637.015.48.50.6
3D_20_HD15941.839.19.88.30.8
3D_13_HD48537.843.36.66.41.0
3D_10_HD130342.845.44.95.11.0
3D_07_HD443643.247.43.34.31.3
Close
This Feature Is Available To Subscribers Only

Sign In or Create an Account

Close

This PDF is available to Subscribers Only

View Article Abstract & Purchase Options

For full access to this pdf, sign in to an existing account, or purchase an annual subscription.

Close