Analysis of Alpha Elastically Scattered by Light Nuclei Using Crystalline Model Approach

Generalizing the Liquid Drop Model (LDM) to Assess (Q_β^+-value) for Nuclei in the Range of 10≤Z≤98.

Study the deuteron and alpha-particle properties applying comparative analyses

Fitting the Nuclear Binding Energy Coefficients for Liquid Drop Model and Adding a mathematical terms to the Closed Shell of Magic Nuclei

Energy staggering in superdeformed bands for isodiaphere nuclei in A ~ 40-60 mass region

Applying Crystal model on different nuclear systems; deuteron, alpha and 6Li as projectiles

Investigation of the Nuclear Structure of Even-Even 96-108Mo Isotopes

Discrepancy of Astrophysical S-Factor.

Particular Investigation of Energy Backbending Phenomena for Even-Even Nuclei 102Mo and 102Pd Modeling Approach

Suggested Modification of the Fundamental Parameter Method: A Case Study to Calculate the Optimum Absolute Intensity of 1001.03 keV Gamma-Ray Transition-