nuclearmeltingpot by ab

Results

Woods-Saxon type central and spin-orbit potentials and the nucleon mass

O_16, Ca_38, Ca_40, Ca_42, Ca_44, Ca_46, Ca_48, Ca_50, Ti_40, Ti_42, Ti_44, Ti_46, Ti_48, Ti_50, Ti_52, Cr_44, Cr_46, Cr_52, Fe_48, Fe_54, Fe_56, Ni_52, Ni_54, Ni_56, Ni_58, Ni_66, Ni_68, Zn_58, Zn_70, Zn_72, Zn_80, Ge_82, Se_84, Kr_86, Sr_82, Sr_84, Sr_86, Sr_88, Sr_90, Zr_88, Zr_90, Zr_92, Mo_90, Mo_92, Mo_94, Ro_94, Ro_96, Pd_96, Pd_98, Sn_106, Sn_108, Sn_110, Sn_112, Sn_114, Sn_116, Sn_118, Sn_120, Sn_122, Sn_124, Sn_126, Sn_128, Sn_130, Sn_132, Te_128, Te_130, Te_132, Te_134, Te_136, Xe_132, Xe_134, Xe_136, Xe_138, Ba_136, Ba_138, Ba_140, Ce_138, Ce_140, Ce_142, Nd_140, Nd_142, Nd_144, Sm_142, Sm_144, Sm_146, Gd_146, Gd_148, Dy_148, Dy_150, Er_152, Hg_204, Hg_206, Pb_182, Pb_202, Pb_204, Pb_206, Pb_208, Pb_210, Pb_212, Pb_214, Po_206, Po_208, Po_210, Po_212, Po_214, Po_216, Po_218, Rn_210, Rn_212, Rn_214, Rn_216, Rn_218, Ra_214, Ra_216, Ra_218, Th_218, Th_220,

Different Woods-Saxon type potential parameters (figures)

Potential depth parameter v₀: vs. A, vs. I, vs. Z, vs. N,
Potential radius parameter r₀: vs. A, vs. I, vs. Z, vs. N,
Potential diffusivity parameter a₀: vs. A, vs. I, vs. Z, vs. N,
Mass parameter l_m: vs. A, vs. I, vs. Z, vs. N,
Mass radius parameter: r_m: vs. A, vs. I, vs. Z, vs. N,
Mass diffusivity parameter a_m: vs. A, vs. I, vs. Z, vs. N,
Spin-orbit parameter lambda l_so: vs. A, vs. I, vs. Z, vs. N,
Spin-orbit radius parameter r_so: vs. A, vs. I, vs. Z, vs. N,
Spin-orbit diffusivity parameter a_so: vs. A, vs. I, vs. Z, vs. N,

Single particle neutron levels (figures)

O_16-n, Ca_38-n, Ca_40-n, Ca_42-n, Ca_44-n, Ca_46-n, Ca_48-n, Ca_50-n, Ti_40-n, Ti_42-n, Ti_44-n, Ti_46-n, Ti_48-n, Ti_50-n, Ti_52-n, Cr_44-n, Cr_46-n, Cr_52-n, Fe_48-n, Fe_54-n, Fe_56-n, Ni_52-n, Ni_54-n, Ni_56-n, Ni_58-n, Ni_66-n, Ni_68-n, Zn_58-n, Zn_70-n, Zn_72-n, Zn_80-n, Ge_82-n, Se_84-n, Kr_86-n, Sr_82-n, Sr_84-n, Sr_86-n, Sr_88-n, Sr_90-n, Zr_88-n, Zr_90-n, Zr_92-n, Mo_90-n, Mo_92-n, Mo_94-n, Ro_94-n, Ro_96-n, Pd_96-n, Pd_98-n, Sn_106-n, Sn_108-n, Sn_110-n, Sn_112-n, Sn_114-n, Sn_116-n, Sn_118-n, Sn_120-n, Sn_122-n, Sn_124-n, Sn_126-n, Sn_128-n, Sn_130-n, Sn_132-n, Te_128-n, Te_130-n, Te_132-n, Te_134-n, Te_136-n, Xe_132-n, Xe_134-n, Xe_136-n, Xe_138-n, Ba_136-n, Ba_138-n, Ba_140-n, Ce_138-n, Ce_140-n, Ce_142-n, Nd_140-n, Nd_142-n, Nd_144-n, Sm_142-n, Sm_144-n, Sm_146-n, Gd_146-n, Gd_148-n, Dy_148-n, Dy_150-n, Er_152-n, Hg_204-n, Hg_206-n, Pb_182-n, Pb_202-n, Pb_204-n, Pb_206-n, Pb_208-n, Pb_210-n, Pb_212-n, Pb_214-n, Po_206-n, Po_208-n, Po_210-n, Po_212-n, Po_214-n, Po_216-n, Po_218-n, Rn_210-n, Rn_212-n, Rn_214-n, Rn_216-n, Rn_218-n, Ra_214-n, Ra_216-n, Ra_218-n, Th_218-n, Th_220-n,

Single particle proton levels (figures)

O_16-p, Ca_38-p, Ca_40-p, Ca_42-p, Ca_44-p, Ca_46-p, Ca_48-p, Ca_50-p, Ti_40-p, Ti_42-p, Ti_44-p, Ti_46-p, Ti_48-p, Ti_50-p, Ti_52-p, Cr_44-p, Cr_46-p, Cr_52-p, Fe_48-p, Fe_54-p, Fe_56-p, Ni_52-p, Ni_54-p, Ni_56-p, Ni_58-p, Ni_66-p, Ni_68-p, Zn_58-p, Zn_70-p, Zn_72-p, Zn_80-p, Ge_82-p, Se_84-p, Kr_86-p, Sr_82-p, Sr_84-p, Sr_86-p, Sr_88-p, Sr_90-p, Zr_88-p, Zr_90-p, Zr_92-p, Mo_90-p, Mo_92-p, Mo_94-p, Ro_94-p, Ro_96-p, Pd_96-p, Pd_98-p, Sn_106-p, Sn_108-p, Sn_110-p, Sn_112-p, Sn_114-p, Sn_116-p, Sn_118-p, Sn_120-p, Sn_122-p, Sn_124-p, Sn_126-p, Sn_128-p, Sn_130-p, Sn_132-p, Te_128-p, Te_130-p, Te_132-p, Te_134-p, Te_136-p, Xe_132-p, Xe_134-p, Xe_136-p, Xe_138-p, Ba_136-p, Ba_138-p, Ba_140-p, Ce_138-p, Ce_140-p, Ce_142-p, Nd_140-p, Nd_142-p, Nd_144-p, Sm_142-p, Sm_144-p, Sm_146-p, Gd_146-p, Gd_148-p, Dy_148-p, Dy_150-p, Er_152-p, Hg_204-p, Hg_206-p, Pb_182-p, Pb_202-p, Pb_204-p, Pb_206-p, Pb_208-p, Pb_210-p, Pb_212-p, Pb_214-p, Po_206-p, Po_208-p, Po_210-p, Po_212-p, Po_214-p, Po_216-p, Po_218-p, Rn_210-p, Rn_212-p, Rn_214-p, Rn_216-p, Rn_218-p, Ra_214-p, Ra_216-p, Ra_218-p, Th_218-p, Th_220-p

POTENTIAL and DENSITY parameters (tables)

O_16, Ca_38, Ca_40, Ca_42, Ca_44, Ca_46, Ca_48, Ca_50, Ti_40, Ti_42, Ti_44, Ti_46, Ti_48, Ti_50, Ti_52, Cr_44, Cr_46, Cr_52, Fe_48, Fe_54, Fe_56, Ni_52, Ni_54, Ni_56, Ni_58, Ni_66, Ni_68, Zn_58, Zn_70, Zn_72, Zn_80, Ge_82, Se_84, Kr_86, Sr_82, Sr_84, Sr_86, Sr_88, Sr_90, Zr_88, Zr_90, Zr_92, Mo_90, Mo_92, Mo_94, Ro_94, Ro_96, Pd_96, Pd_98, Sn_106, Sn_108, Sn_110, Sn_112, Sn_114, Sn_116, Sn_118, Sn_120, Sn_122, Sn_124, Sn_126, Sn_128, Sn_130, Sn_132, Te_128, Te_130, Te_132, Te_134, Te_136, Xe_132, Xe_134, Xe_136, Xe_138, Ba_136, Ba_138, Ba_140, Ce_138, Ce_140, Ce_142, Nd_140, Nd_142, Nd_144, Sm_142, Sm_144, Sm_146, Gd_146, Gd_148, Dy_148, Dy_150, Er_152, Hg_204, Hg_206, Pb_182, Pb_202, Pb_204, Pb_206, Pb_208, Pb_210, Pb_212, Pb_214, Po_206, Po_208, Po_210, Po_212, Po_214, Po_216, Po_218, Rn_210, Rn_212, Rn_214, Rn_216, Rn_218, Ra_214, Ra_216, Ra_218, Th_218, Th_220

Neutron and proton densities (figures)

O_16, Ca_38, Ca_40, Ca_42, Ca_44, Ca_46, Ca_48, Ca_50, Ti_40, Ti_42, Ti_44, Ti_46, Ti_48, Ti_50, Ti_52, Cr_44, Cr_46, Cr_52, Fe_48, Fe_54, Fe_56, Ni_52, Ni_54, Ni_56, Ni_58, Ni_66, Ni_68, Zn_58, Zn_70, Zn_72, Zn_80, Ge_82, Se_84, Kr_86, Sr_82, Sr_84, Sr_86, Sr_88, Sr_90, Zr_88, Zr_90, Zr_92, Mo_90, Mo_92, Mo_94, Ro_94, Ro_96, Pd_96, Pd_98, Sn_106, Sn_108, Sn_110, Sn_112, Sn_114, Sn_116, Sn_118, Sn_120, Sn_122, Sn_124, Sn_126, Sn_128, Sn_130, Sn_132, Te_128, Te_130, Te_132, Te_134, Te_136, Xe_132, Xe_134, Xe_136, Xe_138, Ba_136, Ba_138, Ba_140, Ce_138, Ce_140, Ce_142, Nd_140, Nd_142, Nd_144, Sm_142, Sm_144, Sm_146, Gd_146, Gd_148, Dy_148, Dy_150, Er_152, Hg_204, Hg_206, Pb_182, Pb_202, Pb_204, Pb_206, Pb_208, Pb_210, Pb_212, Pb_214, Po_206, Po_208, Po_210, Po_212, Po_214, Po_216, Po_218, Rn_210, Rn_212, Rn_214, Rn_216, Rn_218, Ra_214, Ra_216, Ra_218, Th_218, Th_220

Bethe plots (figures)

Here are shown the figures of the total density ρ= ρ_n+ρ_p and the difference of the relative neutron an proton densities d=(Z/N) (ρ_n-ρ_p). The right y-axis shows the scaled (x 10) total density (thin curve) and the left y-axis shows the scaled (x 100) difference of 'densities'.

O_16, Ca_38, Ca_40, Ca_42, Ca_44, Ca_46, Ca_48, Ca_50, Ti_40, Ti_42, Ti_44, Ti_46, Ti_48, Ti_50, Ti_52, Cr_44, Cr_46, Cr_52, Fe_48, Fe_54, Fe_56, Ni_52, Ni_54, Ni_56, Ni_58, Ni_66, Ni_68, Zn_58, Zn_70, Zn_72, Zn_80, Ge_82, Se_84, Kr_86, Sr_82, Sr_84, Sr_86, Sr_88, Sr_90, Zr_88, Zr_90, Zr_92, Mo_90, Mo_92, Mo_94, Ro_94, Ro_96, Pd_96, Pd_98, Sn_106, Sn_108, Sn_110, Sn_112, Sn_114, Sn_116, Sn_118, Sn_120, Sn_122, Sn_124, Sn_126, Sn_128, Sn_130, Sn_132, Te_128, Te_130, Te_132, Te_134, Te_136, Xe_132, Xe_134, Xe_136, Xe_138, Ba_136, Ba_138, Ba_140, Ce_138, Ce_140, Ce_142, Nd_140, Nd_142, Nd_144, Sm_142, Sm_144, Sm_146, Gd_146, Gd_148, Dy_148, Dy_150, Er_152, Hg_204, Hg_206, Pb_182, Pb_202, Pb_204, Pb_206, Pb_208, Pb_210, Pb_212, Pb_214, Po_206, Po_208, Po_210, Po_212, Po_214, Po_216, Po_218, Rn_210, Rn_212, Rn_214, Rn_216, Rn_218, Ra_214, Ra_216, Ra_218, Th_218, Th_220