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Microscopic global optical potential for nucleon-nucleus systems in the energy range 50-400 MeV

When you publish papers or books with this program or these parameters, please cite our paper.
T. Furumoto, K. Tsubakihara, S. Ebata, and W. Horiuchi, Physical Review C 99, 034605 (2019)

Program source file (f77)

mgopN.f

Control file

mgopN.in

How to use

1. Download "mgopN.f", "mgopN.in" and a parameter file which you want to calculate from the tables below
2. Compile "mgopN.f" by f77 (Here, the executable file name is assumed as "a.out")
3. Rewrite "mgopN.in" (input file name, output file name, incident energy, target mass and so on)
4. Run "a.out" ("a.out" and "mgopN.in" should be in the same directory)
5. Get the optical model potential ! (Check your input parameters again)

If you have any problems, please contact me.

Parameter files

MGOP1 (with RMF model)

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

1 ₁H ₂He

2 ₃Li ₄Be ₅B ^10-22₆C ₇N ^12-28₈O ₉F ^18-30₁₀Ne

3 ₁₁Na ^20-40₁₂Mg ₁₃Al ^22-44₁₄Si ₁₅P ^26-48₁₆S ₁₇Cl ^32-52₁₈Ar

4 ₁₉K ^34-56₂₀Ca ₂₁Sc ^42-62₂₂Ti ₂₃V ^46-66₂₄Cr ₂₅Mn ^48-72₂₆Fe ₂₇Co ^50-78₂₈Ni ₂₉Cu ^58-82₃₀Zn ₃₁Ga ^58-88₃₂Ge ₃₃As ^66-94₃₄Se ₃₅Br ^70-100₃₆Kr

5 ₃₇Rb ^74-104₃₈Sr ₃₉Y ^78-110₄₀Zr ₄₁Nb ^86-114₄₂Mo ₄₃Tc ^88-120₄₄Ru ₄₅Rh ^92-124₄₆Pd ₄₇Ag ^96-128₄₈Cd ₄₉In ^100-136₅₀Sn ₅₁Sb ^108-142₅₂Te ₅₃I ^110-146₅₄Xe

6 ₅₅Cs ^114-152₅₆Ba ^156-188₇₂Hf ₇₃Ta ^160-192₇₄W ₇₅Re ^162-196₇₆Os ₇₇Ir ^166-202₇₈Pt ₇₉Au ^172-206₈₀Hg ₈₁Ti ^178-214₈₂Pb ₈₃Bi ^188-220₈₄Po ₈₅At ^196-228₈₆Rn

7 ₈₇Fr ^202-234₈₈Ra ₁₀₄Rf ₁₀₅Db ₁₀₆Sg ₁₀₇Bh ₁₀₈Hs ₁₀₉Mt ₁₁₀Ds ₁₁₁Rg ₁₁₂Cn ₁₁₃Nh ₁₁₄Fl ₁₁₅Mc ₁₁₆Lv ₁₁₇Ts ₁₁₈Og

Lanthanoid series ₅₇Ra ^120-156₅₈Ce ₅₉Pr ^124-160₆₀Nd ₆₁Pm ^128-164₆₂Sm ₆₃Eu ^134-168₆₄Gd ₆₅Tb ^142-172₆₆Dy ₆₇Ho ^144-176₆₈Er ₆₉Tm ^150-180₇₀Yb ₇₁Lu

Actinoid series ₈₉Ac ^210-238₉₀Th ₉₁Pa ^218-242₉₂U ₉₃Np ₉₄Pu ₉₅Am ₉₆Cm ₉₇Bk ₉₈Cf ₉₉Es ₁₀₀Fm ₁₀₁Md ₁₀₂No ₁₀₃Lr

MGOP2 (with Skyrme HF+BCS model)

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

1 ₁H ₂He

2 ₃Li ₄Be ₅B ^12-18₆C ₇N ^16-24₈O ₉F ^20-30₁₀Ne

3 ₁₁Na ^24-36₁₂Mg ₁₃Al ^28-42₁₄Si ₁₅P ^32-48₁₆S ₁₇Cl ^36-54₁₈Ar

4 ₁₉K ^40-60₂₀Ca ₂₁Sc ^44-66₂₂Ti ₂₃V ^48-72₂₄Cr ₂₅Mn ^52-78₂₆Fe ₂₇Co ^56-84₂₈Ni ₂₉Cu ^60-90₃₀Zn ₃₁Ga ^64-96₃₂Ge ₃₃As ^68-102₃₄Se ₃₅Br ^72-108₃₆Kr

5 ₃₇Rb ^76-114₃₈Sr ₃₉Y ^80-120₄₀Zr ₄₁Nb ^84-126₄₂Mo ₄₃Tc ^88-132₄₄Ru ₄₅Rh ^92-138₄₆Pd ₄₇Ag ^96-144₄₈Cd ₄₉In ^100-150₅₀Sn ₅₁Sb ^110-156₅₂Te ₅₃I ^110-162₅₄Xe

6 ₅₅Cs ^116-168₅₆Ba ^162-216₇₂Hf ₇₃Ta ^166-222₇₄W ₇₅Re ^170-228₇₆Os ₇₇Ir ^176-234₇₈Pt ₇₉Au ^176-240₈₀Hg ₈₁Ti ^182-246₈₂Pb ₈₃Bi ^206-252₈₄Po ₈₅At ^210-258₈₆Rn

7 ₈₇Fr ^214-258₈₈Ra ₁₀₄Rf ₁₀₅Db ₁₀₆Sg ₁₀₇Bh ₁₀₈Hs ₁₀₉Mt ₁₁₀Ds ₁₁₁Rg ₁₁₂Cn ₁₁₃Nh ₁₁₄Fl ₁₁₅Mc ₁₁₆Lv ₁₁₇Ts ₁₁₈Og

Lanthanoid series ₅₇Ra ^120-174₅₈Ce ₅₉Pr ^126-180₆₀Nd ₆₁Pm ^130-186₆₂Sm ₆₃Eu ^140-192₆₄Gd ₆₅Tb ^144-198₆₆Dy ₆₇Ho ^148-204₆₈Er ₆₉Tm ^150-210₇₀Yb ₇₁Lu

Actinoid series ₈₉Ac ^214-270₉₀Th ₉₁Pa ^216-276₉₂U ₉₃Np ₉₄Pu ₉₅Am ₉₆Cm ₉₇Bk ₉₈Cf ₉₉Es ₁₀₀Fm ₁₀₁Md ₁₀₂No ₁₀₃Lr