Class nucmass_dglg (o2scl)

O2scl : Class List

class nucmass_dglg : public o2scl::nucmass_table

Nuclear properties from Delaroche et al. (2010)

See [Delaroche10].

Public Functions

nucmass_dglg(std::string model = "", bool external = false)

~nucmass_dglg()

inline virtual const char *type()

Return the type, "nucmass_dglg".

inline virtual bool is_loaded()

Returns true if data has been loaded.

virtual bool is_included(int Z, int N)

Return false if the mass formula does not include specified nucleus.

inline virtual size_t get_nentries()

Return number of entries.

virtual double mass_excess(int Z, int N)

Given Z and N, return the mass excess in MeV.

Protected Attributes

entry *mass

The array containing the mass data of length n.

int last

The last table index for caching.

class entry

Entry structure.

Public Members

int Z

Proton number.

int N

Neutron number.

double EHFB

HFB energy minimum (MeV)

double BMIN

β deformation at HFB energy minimum

double GMIN

γ deformation (degree) at HFB energy minimum

double RCHFB

Charge radius (fm) at HFB energy minimum

double RPHFB

Point proton radius (fm) at HFB energy minimum.

double RNHFB

Neutron radius (fm) at HFB energy minimum.

double EABS

CHFB+5DCH ground state (g.s.) energy (MeV)

double ECORR

Correlation energy (MeV)

double BET01

Mean g.s. beta deformation

double GAM01

Mean g.s. gamma deformation (degree)

double DELB01

Variance of g.s. beta deformation

double DELG01

Variance of g.s. gamma deformation (degree)

double E21

Yrast 2^+ state energy (MeV)

double E41

Yrast 4^+ state energy (MeV)

double E61

Yrast 6^+ state energy (MeV)

double E02

First 0^+ excited state energy (MeV)

double E22

Second 2^+ excited state energy (MeV)

double E23

Third 2^+ excited state energy (MeV)

double PK0_2_1

P(K=0) for yrast 2^+ state (%)

double PK2_2_2

P(K=2) for second 2^+ excited state (%)

double PK2_2_3

P(K=2) for third 2^+ excited state (%)

double BE2_2_1_0_1

B(E2; 2^+_1 –> 0^+_1) (e**2 b**2)

double BE2_2_3_0_1

B(E2; 2^+_3 –> 0^+_1) (e**2 b**2)

double BE2_2_1_0_2

B(E2; 2^+_1 –> 0^+_2) (e**2 b**2)

double BE2_4_1_2_1

B(E2; 4^+_1 –> 2^+_1) (e**2 b**2)

double BE2_2_3_2_1

B(E2; 2^+_3 –> 2^+_1) (e**2 b**2)

double BE2_2_3_0_2

B(E2; 2^+_3 –> 0^+_2) (e**2 b**2)

double RC5DCH

CHFB+5DCH charge radius (fm)

double RP5DCH

CHFB+5DCH point proton radius (fm)

double RN5DCH

CHFB+5DCH neutron radius (fm)

double ROE0TH

CHFB+5DCH squared E0 matrix element

int NMIN

For each Z : Neutron number at 5DCH proton drip-line.

int NMAX

For each Z : Neutron number at 5DCH neutron drip-line.