Home
  EoS
All families
Cold Neutron Star EoS
Models with hyperons and Delta-resonances
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
hybrid (quark-hadron) model
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
models with hyperons
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
Models with kaon condensate
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
nucleonic models
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
quark models
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
All
Cold Matter EoS
Models with hyperons and Delta-resonances
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
hybrid (quark-hadron) model
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
models with hyperons
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
Models with kaon condensate
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
nucleonic models
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
quark models
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
All
Neutron Matter EoS
Models with hyperons and Delta-resonances
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
hybrid (quark-hadron) model
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
models with hyperons
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
Models with kaon condensate
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
nucleonic models
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
quark models
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
All
General Purpose EoS
Models with hyperons and Delta-resonances
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
hybrid (quark-hadron) model
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
models with hyperons
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
Models with kaon condensate
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
nucleonic models
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
quark models
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
All
Neutron star crust EoS
Models with hyperons and Delta-resonances
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
hybrid (quark-hadron) model
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
models with hyperons
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
Models with kaon condensate
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
nucleonic models
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
quark models
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
All
  Bibliography
  Downloads
  Software
  Manual
  Resources
  Select EoS
  Log In
  Newsletters
  External Links
  Contacts
  About
Prev Next

SFH(SFHo) (no electrons)

Abstract

This is the SFHo EOS table [SHF_2013] which is based on the statistical model with excluded volume and interactions of Hempel and Schaffner-Bielich (HS) [HSNP_2010] with RMF interactions SFHo [SHF_2013]. Contributions of neutrons, anti-neutrons, protons, anti-protons, and nuclei are included. For the masses of nuclei, FRDM [MNKA_1997] was used. The details of the underlying EOS model can be found in Ref. [HSNP_2010], where the TMA interactions were used. The manual from Matthias Hempel's web page gives further information about the EOS table. On this web page, also routines are available which allow to determine the abundances of all nuclei for all conditions. Applications of HS EOS for various different RMF interactions in supernova simulations can be found in Refs. [SHF_2013,HFSLA_2012].

Nparam = 3
Particles = np N
T min = 1.00e-01
T max = 1.58e+02
T pts = 81
nb min = 1.00e-12
nb max = 1.90e+00
nb pts = 308
Y min = 1.00e-02
Y max = 6.00e-01
Y pts = 60

Nuclear Matter Properties

ns = 0.1583 fm-3
E0 = 16.19 Mev
K = 245.4 Mev
K' = -467.8 Mev
J = 31.57 Mev
L = 47.1 Mev
Ksym = -205.4 MeV

Neutron Star Properties

Mmax = 2.06 Msun
MDU,e = N/A Msun
RMmax = 10.32 km
R1.4 = 11.9 km

References

References to the original work:
[HSNP_2010]   M. Hempel and J. Schaffner-Bielich, Nucl. Phys. A 837, 210 (2010)
[MNKA_1997]   P. Möller, J.R. Nix, and K.-L. Kratz, Atomic Data and Nuclear Data Tables 66, 131 (1997)
[SHF_2013]   A.W. Steiner, M. Hempel, and T. Fischer, Astrophys.J. 774,17 (2013)
Further references:
[HFSLA_2012]   M. Hempel, T. Fischer, J. Schaffner-Bielich, and M. Liebendörfer, Astrophys. J. 748, 70 (2012)

Data sheet

eos.pdf

Data

eos.zip (113.65 MB)
eos.zip_checksum.txt
Single files
eos.compo
eos.init
eos.micro
eos.mr
eos.nb
eos.t
eos.thermo
eos.yq
Compute
×

The EoS "SFH(SFHo) (no electrons)" has not eos.init file associated so computation is not possible.

Please contact develop.compose (at) obspm.fr

×

Calculation are reserved to logged members.

Please log in