BackShifted Fermi Gas Model (BSFG)Level density parameters for the BSFG model obtained by fitting the Fermigas model formula to the recommended spacings of swave neutron resonances and to the cumulative number of lowlying levels.
Data File (27kB)
GilbertCameron ModelLevel density parameters for the GilbertCameron model obtained by fitting the Fermigas model formula to the recommended spacings of swave neutron resonances and by matching the corresponding level density to discrete levels.
Data File (31kB)
Generalized SuperFluid Model (GSFM)Level density parameters for the Generalized Superfluid Model (GSFM), which takes into account collective enhancement of the nuclear level density in addition to shell and superfluid effects. The parameters were obtained by fitting the corresponding model formulas to the recommended spacings of swave neutron resonances and by matching level densities to discrete levels.
Data File (36kB)
Code for Calculation of Total Level Densities Using GSFM (RIPL1)Link to the source file 
Retrieval of Total Level Density ParametersPlot of Total Level Density Parameters (aparameters)Plot of Total Level Densities 

HFBCS Total Level DensitiesTotal nuclear level densities predicted within the statistical partition function approach. The calculations are based on the realistic microscopic singleparticle level schemes determined within the HFBCS model using the MSk7 Skyrme force [1].
References
Data File (total 145732kB)
Code for Microscopic Calculation of Total Level DensitiesStatistical code for level density calculations using microscopic singleparticle levels with phenomenological treatment of rotational and vibrational enhancements including their temperature damping. Code (13kB)README File (2.9kB) 
Retrieval of HFBCS Total Level Densities 

Constrains on the level schemes ensuring consistency with the HFBCS level densitiesNumber of levels up to which the experimental level scheme for a given nucleus is estimated to be complete (N_{max}) and the energy U_{max} corresponding to N_{max}. These values are consistent with the level densities calculated within microscopic HFBCS approach.
References
Data File (51kB)
MyersSwiatecki Shell CorrectionsShell corrections calculated with the MyersSwiatecki mass formula [1].
References 
Retrieval of Level Densities Data and Shell Corrections 
Code for Microscopic Calculation of ph State DensitiesCode for combinatorial calculations of particlehole (ph) state densities including pairing correlations. The current version is a modification [1] of the original code ICAR [2,3].
References
Code (64kB)
Code for Analytical Calculations of ph Level DensitiesCode provides a set of subroutines for calculation of ph level densities using analytical expressions for various equidistant and Fermigas approaches. 