The original two-variable integrodifferential equation for few-body systems is mod ified by introducing boundary conditions in the radial and angular domains. The accuracy of the adiabatic approximation in solving this ...

This investigation reports on anisotropy in the magnetic interaction, lattice-orbital coupling and degree of phonon softening in single crystal Ni3TeO6 (NTO) using temperature- and polarization-dependent X-ray absorption ...

In our pursuit of ever smaller transistors, with greater computational throughput, many questions arise about how material properties change with size, and how these properties may be modelled more accurately. Metallic ...

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 ...

The structure, morphology, optical, and electrical characteristics of rare earth (RE) metal ions, few-walled carbon nanotubes (FWCNT) and zinc oxide (ZnO) nanocomposite for possible applications such as electron acceptor ...

The undoped SrSiO3/SiO2 phosphors prepared by both co-precipitation and hydrothermal methods at different Sr/Si molar ratios are reported. Undoped and Mn doped BaAl2O4 phosphor synthesized using combustion method are ...

Nanomaterials are of great interest because of their novel electrical, optical and magnetic properties which results from their small size and shape and exhibit unique features that are significantly different from their ...

Rural and urban learners from primary and secondary schools participate in science fairs all over the world, but their performance differs. To investigate the dynamics influencing the performance of rural and urban learners ...