Eos Table

EoS
Family : Neutron star crust EoS

Particles : nucleonic models

C.M. Homogeneous Matter : Relativistic density functional models

C.M. Inhomogeneous Matter : Unified models

nparam	name	family	particles	calcmethodhomo	calcmethodinho	npart	t_pts	n_min	n_max	n_pts	y_pts	detail
1	SPG(M3) Crust NS EoS	Neutron star crust EoS	nucleonic models	Relativistic density functional models	Unified models	npeN	1	4.7e-10	0.079	366	1	details
1	SPG(M1) Crust NS EoS	Neutron star crust EoS	nucleonic models	Relativistic density functional models	Unified models	npeN	1	4.7e-10	0.074	365	1	details
1	SPG(M2) Crust NS EoS	Neutron star crust EoS	nucleonic models	Relativistic density functional models	Unified models	npeN	1	4.7e-10	0.089	377	1	details
1	SPG(M5) Crust NS EoS	Neutron star crust EoS	nucleonic models	Relativistic density functional models	Unified models	npeN	1	4.7e-10	0.071	363	1	details
1	SPG(M4) Crust NS EoS	Neutron star crust EoS	nucleonic models	Relativistic density functional models	Unified models	npeN	1	4.7e-10	0.098	375	1	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

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EoS Family : Neutron star crust EoS Particles : nucleonic models C.M. Homogeneous Matter : Relativistic density functional models C.M. Inhomogeneous Matter : Unified models

Abbreviations

EoS
Family : Neutron star crust EoS

Particles : nucleonic models

C.M. Homogeneous Matter : Relativistic density functional models

C.M. Inhomogeneous Matter : Unified models