| C++ FLTK desktop app source code | nuclear_binding_energy_fltk.cpp |
| libgcc_s_sjlj-1.dll from MINGW-W64 [mingw-w64_8.1.0_x86_64_win32_sjlj] | libgcc_s_sjlj-1.dll |
| libstdc++-6.dll from MINGW-W64 [mingw-w64_8.1.0_x86_64_win32_sjlj] | libstdc++-6.dll |
| C++ FLTK desktop app executable SIGNED BY xformulas.net | nuclear_binding_energy_fltk.exe |
| Formulas | nuclear_binding_energy.txt |
| ZIP with ALL the files | 20200424_111038_000013_nuclear_binding_energy_fltk.zip |
| Z [proton] | Number of protons (atomic number) |
| N [neutron] | Number of neutrons |
| av [MeV] | Volume term (~15.8 MeV) |
| as [MeV] | Surface term (~18.0 MeV) |
| ac [MeV] | Coulomb term (~0.72 MeV) |
| aa [MeV] | Asymmetry term (~23.5 MeV) |
| ap [MeV] | Pairing term (~33.5 MeV) |
| A [nucleon] | Mass number (N+Z) |
| Zodd (1 or 0) | Z odd (1 true, 0 false) |
| Nodd (1 or 0) | N odd (1 true, 0 false) |
| Zeven (1 or 0) | Z even (1 true, 0 false) |
| Neven (1 or 0) | N even (1 true, 0 false) |
| k1 (1 or 0) | Zeven multiplied by Neven |
| k2 (1 or 0) | Zodd multiplied by Nodd |
| delta(A) [MeV] | delta(A) |
| B [MeV] | Semi-empirical binding energy |
| Bav [MeV] | Average semi-empirical binding energy per nucleon |