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 ...
The physics of loosely-bound and halo nuclei is very important in the enhancement
of knowledge about the complete nature of strong interactions in general, and nuclear
forces in particular. Although such nuclei are widely ...
Substantial progress has been made in the studies of loosely-bound nuclei, however there are many issues about the properties of these nuclei that have not been resolved yet. For example nuclear decay, nuclear reactions ...
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 ...
In this contribution the sinc basis functions are used to numerically solve the
Schrödinger equation in one and two dimensions for a number of potentials.
The calculations are done using the Python and Numpy modules. ...
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 ...
In the present research we successfully synthesized NaAlSiO2 crystals and doped (co- doped) them with various concentrations of Er3+, and Yb3+ ions via a hydrothermal method to unveil their up-conversion absorption bands ...
The development of cost-effective and scalable synthetic methods is of paramount importance
to achieve industrial application of energy conversion and storage devices based on layered
double hydroxides (LDH). Herein, ...
Monodisperse titanium dioxide (TiO2) nanoparticles were synthesized by a novel freeze-drying process herein called lyophilization. The process of lyophilization is described in detail. The materials were characterized by ...
The objective of this study was to investigate whether community print media is fulfilling its developmental mandate in society using a comparative study of Alex News and Greater Alex Today community newspapers. This study ...
South Africa is a water scarce country. The expansion of the industrial, mining, and agricultural sectors to meet the needs of South Africa’s growing population requires more water. There is therefore an urgent need to ...
In this work, SiO2, MWCNTs, MWCNTs:SiO2, MWCNTs-TiO2, and MWCNTs:TiO2:SiO2
nanomaterials were synthesized and characterized by the use of different techniques to
ascertain novelty of the nanomaterials and also to establish ...
Human immunodeficiency virus type 1 (HIV-1) still causes a chronic infection that affects millions of individuals worldwide. The infection remains incurable and presents a huge challenge for treatment, as it tends to disable ...
Imaging techniques have been developed for decades for the detection of biomolecules in
biomedicine cells, in vitro or in living cells and organisms. The application however, often
constrained by the available probes, ...
This research investigates the impact of zirconia nanoparticle in conductivity, water
uptake, fuel crossover and fuel efficiency of modified Nafion® membranes.
Synthesized water-retaining mesoporous zirconia nanoparticles ...
We are living in an age where the demand for energy is growing rapidly. This means that
supplies to easily accessible oil and natural gas is unlikely to keep up with the demand as times
goes on. The world will have to ...
Hidden sector or dark sector states appear in many extensions to the Standard
Model (SM), to provide particle mediators for dark matter in the universe or to
explain astrophysical observations such as the positron excess ...
Detailed knowledge of the hydrogen population structure is necessary for the interpretation of hydrogen recombination line (HRL) observations. Calculations of
hydrogen departure coefficients using a capture-collision-cascade ...
In this work, a direct solution to the few-body Integrodi erential equation using the Lagrange-mesh method is presented. With the Lagrange-mesh method, the few-body Integrodi erential equation is converted into a matrix ...