Analysis of the 12,14Be+12C scattering data within a parallel implementation of 4-parameter model

The MPI/OpenMP/C++ /Fortran package of computer codes has been developed for high-performance numerical analysis of experimental data on elastic nucleus-nucleus scattering within a microscopic model of optical potential. In the package, a modified DWUCK4 Fortran-code for calculating the physical cha...

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Bibliographic Details
Main Authors: Bashashin, Maxim V., Zemlyanaya, Elena V., Kakenov, Meirzhan B., Yermekova, Asel Ye, Lukyanov, Konstantin V.
Format: Conference Proceeding
Language:English
Subjects:
C++ (programming language)
Data analysis
Elastic scattering
FORTRAN
Mathematical models
Numerical analysis
Parameters
Physical properties
Schrodinger equation
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Summary:The MPI/OpenMP/C++ /Fortran package of computer codes has been developed for high-performance numerical analysis of experimental data on elastic nucleus-nucleus scattering within a microscopic model of optical potential. In the package, a modified DWUCK4 Fortran-code for calculating the physical characteristics of elastic scattering based on a numerical solution of the corresponding Schrödinger equation has been incorporated into the C++ framework, which is responsible for the input-output procedure and a comparison of numerical results with experimental data. MPI-based parallelism allows efficient calculations of the observables depending on a wide range of parameters of real and imaginary parts of the microscopic optical potential. The package has been used to analyze experimental data on differential cross sections of nucleus-nucleus elastic scattering of neutron-rich exotic nuclei 12,14Be on the target nucleus 12C at energy about 56 MeV/nucleon.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0063345