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


2  STOS(TM1) neutron matter (new version)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  SNA models  np  0  4e+02  92  7.6e11  6  110  0  0  1  details 
2  HS(TM1) neutron matter (with electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  SHT(NL3) (with electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  npe  0  75  109  1e08  1.5  328  0  0  1  details 
2  HS(TM1) neutron matter (no electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  SHT(NL3) (no electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  np  0  75  109  1e08  1.5  328  0  0  1  details 
2  TNTYST(KOST2) neutron matter  Neutron Matter EoS  nucleonic models  Microscopic calculations  SNA models  n  0.1  4e+02  91  7.6e11  6  110  0  0  1  details 
1  TNTYST(KOST2) neutron matter (zero temperature)  Neutron Matter EoS  nucleonic models  Microscopic calculations  SNA models  n  0  0  1  7.6e11  6  110  0  0  1  details 
2  SHO(FSU2) (with electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  npe  0  75  109  1e08  1.5  328  0  0  1  details 
2  STOS(TM1) neutron matter (original version)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  SNA models  np  0  1e+02  32  7.6e11  1.6  104  0  0  1  details 
2  HS(FSG) neutron matter (no electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  SFH(SFHo) neutron matter (with electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  1.9  308  0  0  1  details 
2  HS(DD2) neutron matter (with electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  SHO(FSU1) (with electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  npe  0  75  109  1e08  2.4  336  0  0  1  details 
2  HS(NL3) neutron matter (with electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  SHO(FSU1) (no electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  np  0  75  109  1e08  2.4  336  0  0  1  details 
2  SHO(FSU2) (no electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  np  0  75  109  1e08  1.5  328  0  0  1  details 
2  HS(DD2) neutron matter (no electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  STOS(TM1L) neutron and Lambda matter  Neutron Matter EoS  models with hyperons  Relativistic density functional models  SNA models  npBs  0  4e+02  92  7.6e11  6  110  0  0  1  details 
2  HS(FSG) neutron matter (with electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  HS(IUF) neutron matter (no electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  HS(IUF) neutron matter (with electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  HS(NL3) neutron matter (no electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  HS(TMA) neutron matter (no electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  HS(TMA) neutron matter (with electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  SFH(SFHx) neutron matter (no electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
2  SNSH(TM1e) neutron matter  Neutron Matter EoS  nucleonic models  Relativistic density functional models  SNA models  npeN  0  3.6e+02  91  7.6e11  6  110  0  0  1  details 
2  SFH(SFHo) neutron matter (no electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  1.9  308  0  0  1  details 
2  SFH(SFHx) neutron matter (with electrons)  Neutron Matter EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0  0  1  details 
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 
L  : Leptons 

M  : Mesons 
B  : Baryons consisting of u and d quarks, only 
Bs  : Hyperons 
Bh  : Baryons including c and heavier quarks 
Q  : u, dquarks, explicitly no squarks 
Qs  : squarks 
Qh  : c, b, or tquarks 
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 

eelectron  nneutron  aalpha  uup 
mmuon  pproton  ddown  
sstrange 