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  TNTYST(KOST2) variational EoS (without electrons)  General Purpose EoS  nucleonic models  Microscopic calculations  SNA models  np N  0.1  4e+02  91  7.6e11  6  110  0.01  0.65  65  details 
3  SHO(FSU1) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npa N NR  0.16  75  108  1e08  2.4  336  0.05  0.56  52  details 
3  SHO(FSU1) (with electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npea N NR  0.16  75  108  1e08  2.4  336  0.05  0.56  52  details 
3  FOP(SFHoY) (with electrons)  General Purpose EoS  models with hyperons  Relativistic density functional models  NSE models  npe Bs N  0.1  1.6e+02  81  1e12  1.9  308  0.01  0.6  60  details 
3  DNS(CMF) Hadronic (with electrons)  General Purpose EoS  models with hyperons  Relativistic density functional models  —  npe Bs  0  1.6e+02  81  0.01  3  301  0  0.53  54  details 
3  FOP(SFHoY) (no electrons)  General Purpose EoS  models with hyperons  Relativistic density functional models  NSE models  np Bs N  0.1  1.6e+02  81  1e12  1.9  308  0.01  0.6  60  details 
3  OMHN(DD2Y)  General Purpose EoS  models with hyperons  Relativistic density functional models  NSE models  npe Bs N  0.1  1.6e+02  81  1e12  1.2  303  0.01  0.6  60  details 
3  GROM(LS220L) (with Lambdas, with low densities)  General Purpose EoS  models with hyperons  Nonrelativistic density functional models  SNA models  npae Bs NR  0.1  1.8e+02  163  1e12  12  256  0.03  0.5  51  details 
3  FYSS(TM1) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  4e+02  91  9.6e11  6  109  0.01  0.65  65  details 
3  STOS(TM1L) with Lambda hyperons and electrons  General Purpose EoS  models with hyperons  Relativistic density functional models  SNA models  npeaNRBs  0.1  4e+02  91  7.6e11  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  9.6e11  6  109  0.01  0.65  65  details 
3  PT(GRDF2_DD2) old version  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npemN  0.1  1e+02  76  1e12  1  301  0.01  0.8  80  details 
3  MBB(DD2K ) (no electrons)  General Purpose EoS  Models with kaon condensate  Relativistic density functional models  NSE models  npNK  0.1  1.6e+02  81  1e12  1  301  0.01  0.6  60  details 
3  FTNS(KOST2) variational EoS (no electrons)  General Purpose EoS  nucleonic models  Microscopic calculations  NSE models  np N  0.1  4e+02  91  7.6e11  6  110  0.01  0.65  65  details 
3  SHT(NL3) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npa N NR  0.16  75  108  1e08  1.5  328  0.05  0.56  52  details 
3  BHB(DD2L) (no electrons)  General Purpose EoS  models with hyperons  Relativistic density functional models  NSE models  np Bs N  0.1  1.6e+02  81  1e12  1  301  0.01  0.6  60  details 
3  SHO(FSU2) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npa N NR  0.16  75  108  1e08  1.5  328  0.05  0.56  52  details 
3  R(DD2YDelta) 1.21.3 (with electrons)  General Purpose EoS  Models with hyperons and Deltaresonances  Relativistic density functional models  NSE models  npeNBsDelt  0.1  1e+02  76  1e12  1.1  302  0.01  0.6  60  details 
3  RG(SLY4) with neutrino opacities, extended version  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  NSE models  Npen  0.1  1.1e+02  90  1e12  1.5  140  0.01  0.6  60  details 
3  KRT(FSU2H*)  General Purpose EoS  models with hyperons  Relativistic density functional models  —  npeBs  0.1  1e+02  11  0.05  1  50  0.01  0.5  50  details 
3  R(DD2YDelta) 1.21.1 (with electrons)  General Purpose EoS  Models with hyperons and Deltaresonances  Relativistic density functional models  NSE models  npeNBsDelt  0.1  1e+02  76  1e12  1.1  302  0.01  0.6  60  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.7  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npeNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  DNS(CMF) Hadronic (no electrons)  General Purpose EoS  models with hyperons  Relativistic density functional models  —  np Bs  0  1.6e+02  81  0.01  3  301  0  0.53  54  details 
3  SDGTT(QMCA), no leptons  General Purpose EoS  models with hyperons  Relativistic density functional models  —  npBs  0  1.2e+02  13  0.01  1.2  120  0.1  0.5  5  details 
3  SDGTT(QMCA) with leptons  General Purpose EoS  models with hyperons  Relativistic density functional models  —  npemBs  0  1.2e+02  13  0.01  1.2  120  0.1  0.5  5  details 
3  SRO(LS220) SNA version  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  SNA models  npeN  0.001  2.5e+02  163  6.3e13  6.3  391  0.005  0.65  66  details 
3  BHB(DD2Lphi) (with electrons)  General Purpose EoS  models with hyperons  Relativistic density functional models  NSE models  npe Bs N  0.1  1.6e+02  81  1e12  1.2  303  0.01  0.6  60  details 
3  SFH(SFHx) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  SFHPST(TM1B145), with electrons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  SNA models  npeaNRQQs  0.1  4e+02  91  7.6e11  15  114  0.01  0.65  65  details 
3  HS(NL3) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  FTNS(KOST2) variational EoS (with electrons)  General Purpose EoS  nucleonic models  Microscopic calculations  NSE models  npe N  0.1  4e+02  91  7.6e11  6  110  0.01  0.65  65  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.3 without leptons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  TNTYST(KOST2) variational EoS (with electrons)  General Purpose EoS  nucleonic models  Microscopic calculations  SNA models  npe N  0.1  4e+02  91  7.6e11  6  110  0.01  0.65  65  details 
3  MBB(BHBLphiK) with electrons  General Purpose EoS  Models with kaon condensate  Relativistic density functional models  NSE models  npeNBsK  0.1  1.6e+02  81  1e12  1  301  0.01  0.6  60  details 
3  MBB(HSDD2K) with electrons  General Purpose EoS  Models with kaon condensate  Relativistic density functional models  NSE models  npeNK  0.1  1.6e+02  81  1e12  1  301  0.01  0.6  60  details 
3  SNSH(TM1e)  General Purpose EoS  nucleonic models  Relativistic density functional models  SNA models  npeN  0.1  4e+02  91  7.6e11  6  110  0.01  0.65  65  details 
3  BHB(DD2Lphi) (no electrons)  General Purpose EoS  models with hyperons  Relativistic density functional models  NSE models  np Bs N  0.1  1.6e+02  81  1e12  1.2  303  0.01  0.6  60  details 
3  BHB(DD2L) (with electrons)  General Purpose EoS  models with hyperons  Relativistic density functional models  NSE models  npe Bs N  0.1  1.6e+02  81  1e12  1  301  0.01  0.6  60  details 
3  STOS(TM1) (original version)  General Purpose EoS  nucleonic models  Relativistic density functional models  SNA models  npaNR  0.1  1e+02  31  7.6e11  1.7  104  0.01  0.56  71  details 
3  IOTSY(TM1Y90pi) with pions, Sigma potential 90 MeV  General Purpose EoS  models with hyperons  Relativistic density functional models  SNA models  npeaNRMBs  0  1e+02  32  7.6e11  1.5  104  0  0.56  72  details 
3  RG(SLY4)  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  NSE models  npeN  0.1  50  125  1e12  1.5  141  0.01  0.6  60  details 
3  PT(GRDF1_DD2)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npemN  0.1  91  75  1e10  0.91  250  0.01  0.6  60  details 
3  SFHPST(TM1B155) with electrons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  SNA models  npeaNRQQs  0.1  2e+02  34  7.6e11  15  114  0.01  0.56  71  details 
3  SRO(APR) SNA version  General Purpose EoS  nucleonic models  Microscopic calculations  SNA models  npeN  0.01  2.5e+02  133  5.4e13  6.3  393  0.005  0.66  66  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.7 without leptons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  SRO(SkAPR) SNA version  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  SNA models  npeN  0.01  2.5e+02  133  5.4e13  2  378  0.005  0.65  66  details 
3  BBKF(DD2SF) quarkhadron model RDF 1.8  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npeNq  0.1  1.2e+02  78  1e12  10  235  0.01  0.6  60  details 
3  IOTSY(TM1Y30pi) with pions, Sigma potential 30 MeV  General Purpose EoS  models with hyperons  Relativistic density functional models  SNA models  npeaNRMBs  0  1e+02  32  7.6e11  1.5  104  0  0.56  72  details 
3  SRO(NRAPR) NSE version  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  NSE models  npeN  0.001  2.5e+02  163  6.3e13  6.3  391  0.005  0.65  66  details 
3  SRO(KDE0v1) SNA version  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  SNA models  npeN  0.001  2.5e+02  163  6.3e13  6.3  391  0.005  0.65  66  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.5 without leptons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  SRO(LS220*) SNA version  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  SNA models  npeN  0.001  2.5e+02  163  6.3e13  6.3  391  0.005  0.65  66  details 
3  SRO(LNS) SNA version  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  SNA models  npeN  0.001  2.5e+02  163  6.3e13  6.3  391  0.005  0.65  66  details 
3  HS(TMA) (with electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  BBKF(DD2SF) quarkhadron model RDF 1.8 without leptons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npNq  0.1  1.2e+02  78  1e12  10  235  0.01  0.6  60  details 
3  BBKF(DD2SF) quarkhadron model RDF 1.9 without leptons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npNq  0.1  1.2e+02  78  1e12  10  235  0.01  0.6  60  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.2  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npeNq  0.1  1.2e+02  78  1e12  10  235  0.01  0.6  60  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.4  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npeNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.5  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npeNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  RG(SLy4) with neutrino opacities  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  NSE models  npeN  0.1  50  80  1e12  1.5  140  0.01  0.6  60  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.1 without leptons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.4 without leptons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.6 without leptons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.3  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npeNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  GROM(LS220L) (with Lambdas, no low densities)  General Purpose EoS  models with hyperons  Nonrelativistic density functional models  SNA models  npae Bs NR  0.1  1.8e+02  163  5.2e08  12  164  0.03  0.5  51  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.1  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npeNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  R(DD2YDelta) 1.21.1 (no electrons)  General Purpose EoS  Models with hyperons and Deltaresonances  Relativistic density functional models  NSE models  npNBsDelt  0.1  1e+02  76  1e12  1.1  302  0.01  0.6  60  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.6  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npeNq  0.1  1.6e+02  81  1e12  10  235  0.01  0.6  60  details 
3  BBKF(DD2SF) quarkhadron model RDF 1.9  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npeNq  0.1  1.2e+02  78  1e12  10  235  0.01  0.6  60  details 
3  HS(TM1) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  IOTSY(TM1Y0), Sigma potential 0 MeV  General Purpose EoS  models with hyperons  Relativistic density functional models  SNA models  npeaNRBs  0  1e+02  32  7.6e11  1.5  104  0  0.56  72  details 
3  HS(TMA) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  IOTSY(TM1Y30pi) with pions, Sigma potential 30 MeV  General Purpose EoS  models with hyperons  Relativistic density functional models  SNA models  npeaNRMBs  0  1e+02  32  7.6e11  1.5  104  0  0.56  72  details 
3  SFH(SFHo) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  1.9  308  0.01  0.6  60  details 
3  STOS(TM1) (new version)  General Purpose EoS  nucleonic models  Relativistic density functional models  SNA models  npaNR  0.1  4e+02  91  7.6e11  6  110  0.01  0.65  65  details 
3  SHT(NL3) (with electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npea N NR  0.16  75  108  1e08  1.5  328  0.05  0.56  52  details 
3  HS(FSG) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  SFH(SFHx) (with electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  IOTSY(TM1Y30) Sigma potential 30 MeV  General Purpose EoS  models with hyperons  Relativistic density functional models  SNA models  npeaNRBs  0  1e+02  32  7.6e11  1.5  104  0  0.56  72  details 
3  IOTSY(TM1Y0pi) with pions, Sigma potential 0 MeV  General Purpose EoS  models with hyperons  Relativistic density functional models  SNA models  npeaNRMBs  0  1e+02  32  7.6e11  1.5  104  0  0.56  72  details 
3  STOS(TM1L) with Lambda hyperons  General Purpose EoS  models with hyperons  Relativistic density functional models  SNA models  npaNRBs  0.1  4e+02  91  7.6e11  6  110  0.01  0.65  65  details 
3  HS(DD2) (with electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  HS(DD2) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  IOTSY(TM1Y30), Sigma potential 30 MeV  General Purpose EoS  models with hyperons  Relativistic density functional models  SNA models  npeaNRBs  0  1e+02  32  7.6e11  1.5  104  0  0.56  72  details 
3  SRO(SLy4) SNA version  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  SNA models  npeN  0.001  2.5e+02  163  6.3e13  6.3  391  0.005  0.65  66  details 
3  SHO(FSU2) (with electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npea N NR  0.16  75  108  1e08  1.5  328  0.05  0.56  52  details 
3  HS(TM1) (with electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  LS(LS220) (no low densities)  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  SNA models  npae NR  0.1  1.8e+02  163  5.2e08  12  164  0.03  0.5  51  details 
3  LS(LS220) (with low densities)  General Purpose EoS  nucleonic models  Nonrelativistic density functional models  SNA models  npae NR  0.1  1.8e+02  163  1e12  12  256  0.03  0.5  51  details 
3  SFH(SFHo) (with electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  1.9  308  0.01  0.6  60  details 
3  SFHPST(TM1B139) with electrons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  SNA models  npeaNRQQs  0.1  2e+02  34  7.6e11  15  114  0.01  0.56  71  details 
3  SFHPST(TM1B165) with electrons (B165)  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  SNA models  npeaNRQQs  0.1  4e+02  91  7.6e11  15  114  0.01  0.65  65  details 
3  HS(FSG) (with electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  HS(NL3) (with electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  BBKF(DD2FSF) quarkhadron model RDF 1.2 without leptons  General Purpose EoS  hybrid (quarkhadron) model  Relativistic density functional models  NSE models  npNq  0.1  1.2e+02  78  1e12  10  235  0.01  0.6  60  details 
3  HS(IUF) (no electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  np N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  HS(IUF) (with electrons)  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npe N  0.1  1.6e+02  81  1e12  10  326  0.01  0.6  60  details 
3  IOTSY(TM1Y90) , Sigma potential 90 MeV)  General Purpose EoS  models with hyperons  Relativistic density functional models  SNA models  npeaNRBs  0  1e+02  32  7.6e11  1.5  104  0  0.56  72  details 
3  STOS(TM1) (new version) with electrons  General Purpose EoS  nucleonic models  Relativistic density functional models  SNA models  npeaNR  0.1  4e+02  91  7.6e11  6  110  0.01  0.65  65  details 
3  ABHT(QMCRMF2)  General Purpose EoS  nucleonic models  Relativistic density functional models  Non unified models (crust model matched)  —  0.1  1.6e+02  81  1e12  1.6  306  0.01  0.6  60  details 
3  ABHT(QMCRMF1)  General Purpose EoS  nucleonic models  Relativistic density functional models  Non unified models (crust model matched)  npeN  0.1  1.6e+02  81  1e12  1.6  306  0.01  0.6  60  details 
3  ABHT(QMCRMF3)  General Purpose EoS  nucleonic models  Relativistic density functional models  Non unified models (crust model matched)  —  0.1  1.6e+02  81  1e12  1.6  306  0.01  0.6  60  details 
3  ABHT(QMCRMF4)  General Purpose EoS  nucleonic models  Relativistic density functional models  Non unified models (crust model matched)  —  0.1  1.6e+02  81  1e12  1.6  306  0.01  0.6  60  details 
3  R(DD2YDelta) 1.11.1 (with electrons)  General Purpose EoS  Models with hyperons and Deltaresonances  Relativistic density functional models  NSE models  npeNBsDelt  0.1  1e+02  76  1e12  1.1  302  0.01  0.6  60  details 
3  R(DD2YDelta) 1.11.1 (no electrons)  General Purpose EoS  Models with hyperons and Deltaresonances  Relativistic density functional models  NSE models  npNBsDelt  0.1  1e+02  76  1e12  1.1  302  0.01  0.6  60  details 
3  DEJ(DD2VQCD) soft  General Purpose EoS  hybrid (quarkhadron) model  Holographic models  NSE models  npNqe  0.1  1.6e+02  81  1e12  10  651  0.01  0.6  60  details 
3  LPB(chiral) with electrons  General Purpose EoS  nucleonic models  Microscopic calculations  NSE models  npeN  0.1  1e+02  76  1e12  1.2  303  0.01  0.6  60  details 
3  DEJ(DD2VQCD) stiff  General Purpose EoS  hybrid (quarkhadron) model  Holographic models  NSE models  npNqe  0.1  1.6e+02  81  1e12  10  651  0.01  0.6  60  details 
3  LPB(chiral)  General Purpose EoS  nucleonic models  Microscopic calculations  NSE models  npN  0.1  1e+02  76  1e12  1.2  303  0.01  0.6  60  details 
3  R(DD2YDelta) 1.21.3 (no electrons)  General Purpose EoS  Models with hyperons and Deltaresonances  Relativistic density functional models  NSE models  npNBsDelt  0.1  1e+02  76  1e12  1.1  302  0.01  0.6  60  details 
3  PT(GRDF2DD2) new version  General Purpose EoS  nucleonic models  Relativistic density functional models  NSE models  npemN  0.1  1e+02  76  1e12  1  301  0.01  0.8  80  details 
3  DEJ(DD2VQCD) intermediate  General Purpose EoS  hybrid (quarkhadron) model  Holographic models  NSE models  npNqe  0.1  1.6e+02  81  1e12  10  651  0.01  0.6  60  details 
3  HJJSTV(VQCD) soft  General Purpose EoS  quark models  Holographic models  —  q  0.1  1.6e+02  81  1e12  40  341  0  0.6  61  details 
3  HJJSTV(VQCD) stiff  General Purpose EoS  quark models  Holographic models  —  q  0.1  1.6e+02  81  1e12  40  341  0  0.6  61  details 
3  HJJSTV(VQCD)intermediate  General Purpose EoS  quark models  Holographic models  —  q  0.1  1.6e+02  81  1e12  40  341  0  0.6  61  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 