Mathematica is being used as an excellent tool to explain a variety of optical phenomena, namely coherent electromagnetic wave interaction and holography. With Mathematica, ...

Implementation of two methods of multivariate statistical analysis will be presented. In the first part on discriminant analysis (DA), the estimation of the statistical ...

In case of considerable nonlinearity i.e. in geodesy, photogrammetry, robotics, it is difficult to find proper initial values to solve the parameter estimation problem of 3D ...

The present paper analytically discusses the phenomenon of fingering in double phase flow through homogenous porous media by using variational iteration method. Fingering ...

A theoretical investigation has been carried out to analyze the transmission of electromagnetic field through a slab of quadric inhomogeneous chiral medium. The transmission ...

A laboratory exercise that allows the student to combine theory, numerical computation methods, and experimental observation to learn more about electromagnetic modes and ...

Plot Julia and Mandelbrot sets and the attraction basins of roots of z^n-1 (for n arbitrary real number) equation obtained by the Newton-Raphson method.

The alignment of human erythrocytes in aqueous suspensions in the magnetic field B_0 (called the z-direction) of an NMR spectrometer was shown by calculating the diffusion ...

Within the framework of the transfer matrix formalism, a variational method is elaborated with a constraint related to the fundamental role of the correlation length near a ...

A volume integral method for the calculation of Doppler ultrasound spectral power density (spd) functions is described. Axisymmetric flow in a circular tube with a power law ...