In this thesis we have derived the vector potential to determine the analytic expressions for the magnetic eld of dipole and quadrupole components of neutron star, we develop the eld line equations and the magnetic ...

The 2D scattering problem of an electron by a magnetized nanoparticle is solved in the Born approximation with account of the dipole - dipole interaction of the magnetic moments of electron and nanomagnet. The scattering ...

Silicon is an ubiquitous electronic material and the discovery of strong room temperature luminescence from porous silicon in 1990 raised hopes it may find a new lease of life in the emerging field of optoelectronics. ...

The different expressions for the Green function of electromagnetic field of a point charge have been considered with the special attention to the advanced contribution that is shown to be of importance for the self-action ...

Radon is a colorless, odorless, tasteless and radioactive gas. It forms naturally from the decay of radioactive elements such as uranium. It is a natural radioactive gas that occurs ubiquitously throughout the world. In ...

The low latitude and equatorial ionospheric total electron content (TEC) variations are investigated using dual frequency GPS TEC data taken from 7 GPS stations in which 6 are found in East Africa and one is found in ...

The analysis of two channel sequential nitrogen laser circuit is developed and scaling parameters are identi ed with Fortran.f90 programing so as to enable a study of the laser over its range of discharge modes. Results ...

The existence of localized magnetic moments in dilute magnetic alloys that couple to the conduction electrons has important consequences for the electrical resistivity. The magnetic impurities act as scattering centers, ...

A geophysical survey involving the electrical resistivity method utilizing the Vertical Electrical Sounding (VES) and Electrical Resistivity Imaging Techniques were conducted around Ududaytu area in the Tandaho graben of ...