Eos for FYSS_2011 : S. Furusawa, S. Yamada, K. Sumiyoshi, and H. Suzuki, Astrophys. J 738,178 (2011)

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)

EoS referenced by : S. Furusawa, S. Yamada, K. Sumiyoshi, and H. Suzuki, Astrophys. J 738,178 (2011)

nparam	name	family	particles	calcmethodhomo	calcmethodinho	npart	t_min	t_max	t_pts	n_min	n_max	n_pts	y_min	y_max	y_pts	detail
3	FYSS(TM1) (no electrons)	General Purpose EoS	nucleonic models	Relativistic density functional models	NSE models	np N	0.1	4e+02	91	9.6e-11	6	109	0.01	0.65	65	details
3	FTNS(KOST2) variational EoS (no electrons)	General Purpose EoS	nucleonic models	Microscopic calculations	NSE models	np N	0.1	4e+02	91	7.6e-11	6	110	0.01	0.65	65	details
3	FYSS(TM1) (with electrons)	General Purpose EoS	nucleonic models	Relativistic density functional models	NSE models	npe N	0.1	4e+02	91	9.6e-11	6	109	0.01	0.65	65	details
3	FTNS(KOST2) variational EoS (with electrons)	General Purpose EoS	nucleonic models	Microscopic calculations	NSE models	npe N	0.1	4e+02	91	7.6e-11	6	110	0.01	0.65	65	details

Abbreviations

Table Head
T	: minimum and maximum of available temperatures in units of MeV
n	: minimum and maximum of available baryon densities in units of fm^-3
Y	: minimum and maximum of hadronic charge fraction
pts	: number of grid points

Particles
L	: Leptons
M	: Mesons
B	: Baryons consisting of u and d quarks, only
Bs	: Hyperons
Bh	: Baryons including c- and heavier quarks
Q	: u-, d-quarks, explicitly no s-quarks
Qs	: s-quarks
Qh	: c-, b-, or t-quarks
N	: nuclear clusters
NR	: representative (usually heavy) nuclear clusters

If only particles of the following species are considered, they are mentioned explicitly:

Leptons	Hadrons	NuclearClusters	Quarks
e-electron	n-neutron	a-alpha	u-up
m-muon	p-proton		d-down
			s-strange

{"selected_eos": {"id": "export_button", "title": "select Eos", "header": "Select", "symbol": "", "unit": ""}, "nparam": {"title": "Number of parameters", "header": "Nparam", "symbol": "Nparam", "unit": "", "uni2": ""}, "name": {"title": "Eos name", "header": "Name", "symbol": "Eos", "unit": "", "uni2": ""}, "family": {"title": "Family", "header": "Family", "symbol": "Family", "unit": "", "uni2": ""}, "particles": {"title": "Particles Content", "header": "Particles Content", "symbol": "", "unit": "", "uni2": ""}, "calcmethodhomo": {"title": "Calculation Method Homogeneous matter", "header": "C.M. Homogeneous", "symbol": "", "unit": "", "uni2": ""}, "calcmethodinho": {"title": "Calculation Method Inhomogeneous matter", "header": "C.M. Inomogeneous", "symbol": "", "unit": "", "uni2": ""}, "npart": {"title": "Number of particles", "header": "Particles", "symbol": "N<sub>part</sub>", "unit": "", "uni2": ""}, "t_min": {"title": "Minimum of the Temperature", "header": "T min", "symbol": "T<sub>min</sub>", "unit": "MeV", "uni2": "Mev"}, "t_max": {"title": "Maximum of the Temperature", "header": "T max", "symbol": "T<sub>max</sub>", "unit": "MeV", "uni2": "Mev"}, "t_pts": {"title": "Temperature points", "header": "T pts", "symbol": "T<sub>pts</sub>", "unit": "", "uni2": ""}, "n_min": {"title": "Minimum of the Density", "header": "nb min", "symbol": "n<sub>min</sub>", "unit": "fm-3", "uni2": "fm<sup>-3</sup>"}, "n_max": {"title": "Maximum of the Density", "header": "nb max", "symbol": "n<sub>max</sub>", "unit": "fm-3", "uni2": "fm<sup>-3</sup>"}, "n_pts": {"title": "Density points", "header": "nb pts", "symbol": "n<sub>pts</sub>", "unit": "", "uni2": ""}, "y_min": {"title": "Minimum of the hadronic charge fraction", "header": "Y min", "symbol": "Y<sub>min</sub>", "unit": "", "uni2": ""}, "y_max": {"title": "Maximum of the hadronic charge fraction", "header": "Y max", "symbol": "Y<sub>max</sub>", "unit": "", "uni2": ""}, "y_pts": {"title": "Points for the hadronic charge fraction", "header": "Y pts", "symbol": "Y<sub>pts</sub>", "unit": "", "uni2": ""}, "ns_NMP": {"title": "Saturation density in symmetric matter", "header": "n_s", "symbol": "n<sub>s</sub>", "unit": "fm-3", "uni2": "fm<sup>-3</sup>"}, "E0_NMP": {"title": "Binding energy per baryon at saturation", "header": "E_0", "symbol": "E<sub>0</sub>", "unit": "MeV", "uni2": "Mev"}, "K_NMP": {"title": "Incompressibility", "header": "K", "symbol": "K", "unit": "MeV", "uni2": "Mev"}, "Kprime_NMP": {"title": "Skewness", "header": "K'", "symbol": "K'", "unit": "MeV", "uni2": "Mev"}, "J_NMP": {"title": "Symmetry energy", "header": "J", "symbol": "J", "unit": "MeV", "uni2": "Mev"}, "L_NMP": {"title": "Symmetry energy slope parameter", "header": "L", "symbol": "L", "unit": "MeV", "uni2": "Mev"}, "Ksym_NMP": {"title": "Symmetry incompressibility", "header": "Ksym", "symbol": "K<sub>sym</sub>", "unit": "MeV", "uni2": "MeV"}, "Mmax_NSP": {"title": "Maximum mass", "header": "M_max", "symbol": "M<sub>max</sub>", "unit": "Msun", "uni2": "M<sub>sun</sub>"}, "MDUe_NSP": {"title": "Mass at DUrca threshold with mu^-", "header": "MDU,e", "symbol": "MDU,e<sub></sub>", "unit": "Msun", "uni2": "M<sub>sun</sub>"}, "RMmax_NSP": {"title": "Radius at maximum NS mass", "header": "RMmax", "symbol": "R<sub>Mmax</sub>", "unit": "km", "uni2": "km"}, "R14_NSP": {"title": "Radius at 1.4 M_sun NS mass", "header": "R_1.4", "symbol": "R<sub>1.4</sub>", "unit": "km", "uni2": "km"}}