SFHPST(TM1B139) with electrons

EoS

Cold Neutron Star EoS

Models with hyperons and Delta-resonances

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

hybrid (quark-hadron) model

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

models with hyperons

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Models with kaon condensate

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

nucleonic models

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

quark models

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Cold Matter EoS

Models with hyperons and Delta-resonances

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

hybrid (quark-hadron) model

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

models with hyperons

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Models with kaon condensate

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

nucleonic models

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

quark models

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Neutron Matter EoS

Models with hyperons and Delta-resonances

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

hybrid (quark-hadron) model

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

models with hyperons

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Models with kaon condensate

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

nucleonic models

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

quark models

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

General Purpose EoS

Models with hyperons and Delta-resonances

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

hybrid (quark-hadron) model

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

models with hyperons

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Models with kaon condensate

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

nucleonic models

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

quark models

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Neutron star crust EoS

Models with hyperons and Delta-resonances

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

hybrid (quark-hadron) model

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

models with hyperons

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Models with kaon condensate

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

nucleonic models

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

quark models

Holographic models

Thomas-Fermi calculation

Non unified models (crust model matched)

Non-relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

Microscopic calculations

Thomas-Fermi calculation

Non unified models (crust model matched)

Relativistic density functional models

Thomas-Fermi calculation

Non unified models (crust model matched)

SFHPST(TM1B139) with electrons

Abstract

This table contains the EoS of H. Shen, F. Yang, H. Toki, K. Oyamatsu, and K. Sumiyoshi [STOSP_1998,STOSN_1998] including a transition to quark matter [SFHPP_2009,4,] using a non-linear relativistic mean-field model with the TM1 parametrization [STNP_1994] of the effective interaction and a bag model for the quark phase with a bag constant of B^{1/4} = 139 MeV and alpha_s = 0.7. The transition from the hadronic to the quark phase is done via a Gibbs construction. Non-uniform nuclear matter is calculated in the single-nucleus Thomas-Fermi approximation with parametrized density distributions in spherical Wigner-Seitz cells. Only neutrons, protons,alpha particles and a single heavy nucleus are considered. The present table was taken from the website pages.iu.edu/~isagert/hybrid_eos.dir of I. Sagert. Contributions from electrons/positrons and photons have been added to the original table.

Nparam	=	3
Particles	=	npeaNRQQs
T min	=	1.00e-01
T max	=	1.99e+02
T pts	=	34
nb min	=	7.59e-11
nb max	=	1.51e+01
nb pts	=	114
Y min	=	1.00e-02
Y max	=	5.62e-01
Y pts	=	71

Nuclear Matter Properties

n_s	=	0.145	fm^-3
E₀	=	16.3	Mev
K	=	281.0	Mev
K'	=	-285.0	Mev
J	=	36.9	Mev
L	=	110.8	Mev
K_sym	=	33.6	MeV

Neutron Star Properties

M_max	=	2.08	M_sun
MDU,e	=	N/A	M_sun
R_Mmax	=	11.7	km
R_1.4	=	12.6	km

References

References to the original work:

[STOSP_1998] H. Shen, H. Toki, K. Oyamatsu, K. Sumiyoshi, Prog. Theor. Phys. 100, 1013 (1998)
[SFHPJ_2010] I. Sagert, T. Fischer, M. Hempel, G. Pagliara, J. Schaffner-Bielich, F.-K. Thielemann, M. Liebendörfer, Journ. of Phys. G 37, 094064 (2010)
[SFHPP_2009] I. Sagert, T. Fischer, M. Hempel, G. Pagliara, J. Schaffner-Bielich, A. Mezzacappa, F.-K. Thielemann, M. Liebendörfer, Phys. Rev. Lett. 102, 081101 (2009)
[STOSN_1998] H. Shen, H. Toki, K. Oyamatsu, K. Sumiyoshi, Nucl. Phys. A 637, 435 (1998)

Further references:

[STNP_1994] Y. Sugahara, H. Toki, Nucl. Phys. A 579, 557 (1994)

Data sheet

eos.pdf

Data

eos.zip (27.7 MB)

eos.zip_checksum.txt

Single files

Compute