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We have solved the problem of reflection of ion acoustic soliton in an inhomogeneous dusty plasma having two temperature electrons.
In this paper we address the problem of reflection and transmission of compression waves at planar solid-material discontinuity interfaces in second gradient porous media.
The problem of reflection and transmission of a soliton was solved in an inhomogeneous dusty plasma having two temperature electrons under the effect of an external static magnetic field.
The problem of reflection and transmission of seismic waves at a sandwiched layer is an important phenomenon due to its practical applications in earthquake engineering, geophysics, seismology, petroleum engineering and hydrology.
To the best of our knowledge, until now the problem of reflection and transmission of plane waves at the surface of a layer sandwiched between two dissimilar porous solids saturated with two immiscible viscous fluids has not been investigated.
The paper is concerned with a classical problem of reflection of a high-frequency (longitudinal or transverse) wave, generated by a point source located in the elastic medium, by a free non-plane smooth boundary surface of this medium.
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Despite the efforts on TMO evaluation for HDR video, few papers have explored TMO evaluation for mobile devices and none has addressed the problem of reflections on a screen as often happens when using mobile devices, especially outdoors.
A problem on reflection of these plane waves from a stress-free boundary is considered.
Singh (2002) studied the the plane waves in an isotropic microstretch elastic solid and discussed a problem on reflection of the plane waves from free surface to obtain the reflection coefficients and energy ratios of reflected waves.
They employ IR-LED illuminators for wide and narrow view camera to overcome the problem of specula reflection on glasses.
Hence, this article is devoted to the problem of soliton reflection in a warm plasma, where ions are magnetized and ionization takes place.
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