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| dE/dD from the LS and an NSE EOS |
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The electron-positron portion of the two equations of state are identical. Differences between the two EOS routines originate from the model used for nucleons (interacting nucleons in a liquid dropish model versus non-interacting Boltzmann nucleons), and the model used for the composition.
LS Baryonic dE/dD:
dE/dD from baryons Ye=0.5 |
dE/dD from baryons Ye=0.4 |
dE/dD from baryons Ye=0.3 |
dE/dD from baryons Ye=0.2 |
LS Total dE/dD:
Total dE/dD Ye=0.5 |
Total dE/dD Ye=0.4 |
Total dE/dD Ye=0.3 |
Total dE/dD Ye=0.2 |
NSE Baryonic dE/dD:
dE/dD from baryons Ye=0.5 |
dE/dD from baryons Ye=0.4 |
dE/dD from baryons Ye=0.3 |
dE/dD from baryons Ye=0.2 |
Since the baryons in the NSE-based model are a perfect gas, the specific internal energy (erg/g) has no density dependence.
NSE Total dE/dD:
Total dE/dD Ye=0.5 |
Total dE/dD Ye=0.4 |
Total dE/dD Ye=0.3 |
Total dE/dD Ye=0.2 |
LS and NSE dE/dD Compared:
dE/dD Ye=0.5 |
dE/dD Ye=0.4 |
dE/dD Ye=0.3 |
dE/dD Ye=0.2 |
dE/dD differences Ye=0.5 |
dE/dD differences Ye=0.4 |
dE/dD differences Ye=0.3 |
dE/dD differences Ye=0.2 |