EVALUATION OF IRON ISOTOPES SCATTERING CROSS SECTION USING PARTIAL WAVE EQUATION
2026 Volume 17
Ahmed, F.,,,Department of physics, Bayero University, Kano, Nigeria
Usman, U.,,,Department of physics, Bayero University, Kano, Nigeria
Koki, F. S.,,,Department of physics, Bayero University, Kano, Nigeria
Nura, A. M.,,,Department of physics, Bayero University, Kano, Nigeria
Halima, S. U.,,Department of physics, Bayero University, Kano, Nigeria
Ibrahim, U. M,,Department of physics, Bayero University, Kano, Nigeria
Abstract:
In this paper, the scattering of Iron was observed from a spherically symmetric potential as a
typical example of the problems studied in computational physics. Scattering experiments
are perhaps the most important tool for obtaining detailed information on the structure of
matter, in particular the interaction between particles. The differential and total scattering
cross section of the particles were calculated, by using Partial wave equation, written using
FORTRAN. This research concentrated on 56
26Fe (atomic mass number
energies within the range of 1
and angular momentum (1
GALLEY PROOF
56) with
). It was
found that the value of the differential cross section and total cross section has the highest
probability of interaction at 3800barn and 41293barn for 56Fe26 isotopes and lowest
scattering was observed at 0 barn respectively, for same angular momentum. For
interaction does not depend on the scattering angle but for
there was no interaction.
Keyward(s): Atomic Number, Angular Momentum, Differential Cross Section, and FORTRAN
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