In this work we calculate the binding energies and root-mean-square radii for A−body nuclear bound state systems, where A ≥ 3. To study three−body systems, we employ the three−dimensional differential Faddeev equations ...

The understanding of the nuclear breakup dynamics at sub-barrier incident energies, remains a hot subject in Nuclear Physics. In this dissertation, the breakup of the weaklybound neutron-halo 11Be nucleus impinging on a ...

Thermal control in spacecraft will be increasingly important as the spacecraft grows smaller and more compact. Such spacecraft with low thermal mass will have to be designed to retain or reject heat more efficiently. The ...

The aim of this study was to investigate the effect of an active learning approach (ALA) on the achievement of 11 th grade learners in Newton’s laws of motion, The case study was done in one school by comparing the ...

In this work we analyse fusion cross-section (σF ) in different projectile target systems. Collision systems can result in different reactions such as elastic/ inelastic scattering, fu sion and fission reactions to name ...

The effective implementation of inquiry-based practical work poses an enormous challenge, especially in Township and rural schools. The challenges stem from the teachers’ diverse understanding of inquiry-based strategy. ...

In this dissertation, we investigate the role of the nucleon-nucleon (nn) and threebody interactions on the ground-state structure of the 22C! 20C + n + n borromean system. We start by outlining the theoretical formulation ...

This work is aimed at the understanding of the dynamical behavior of hydrogen in diamond. The investigation was carried out using Transverse Field muon Spin Rotation (TF-SR) and the Longitudinal Field muon Spin Relaxation ...

The aim of this study was firstly to evaluate the impact of two interactive-engagement models of instruction, namely Whole Class Discussions (WCD) and Computer Simulations (CS) on first year physics student-teachers’ ...