Mathematical optimization and approximation methods for primary molecular effect model in high temperature superconductors TL group [TC > 0°]

Optimization-Modelling Molecular Effect methods for one HTSC group were approached/determined based on previous studies. Namely, Inverse Least Squares (ILS), 2D Numerical/Graphical Optimization in primary model are presented. This contribution results deals with the Model ILS Numerical/2D Graphical modelling High Temperature Superconductors HTSCs of [Tl- Sn-Pb-Ba-Si-Mn-Mg-Cu-O] whose TC > 0° C exclusively. class, among others, constitutes a recent materials innovation both and ˂ material compounds. It shows important recent/prospective electronics physics applications. For these optimization/simulations, classical ILS, Interior Optimization, techniques applied. Numerical-Imaging solutions comprise Tikhonov Regularization algorithms mathematical modelling-methods this group. Primarily, prove sinusoidal analytic geometry curve. Findings optimization show acceptable theoretical Numerical, outcomes low residuals. Results two strands, Effect, software/imaging methods. HTCS Electronics Physics applications emerge from numerical graphical results.