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An overdense plasma layer normally reflects the electromagnetic waves [1, 2].
The plasma layer is beneficial to the increase in emission currents.
The plasma lens is a thin plasma layer used to focus particle beams and laser pulses.
Let us consider a plasma layer that is immersed in a steady, uniform, homogeneous magnetic field.
In this case, the overcritical plasma layer is supposed to be placed between two dielectrics.
To this aim, we consider a plasma layer with the geometry that is illustrated in Figure1.
In order to study the transmission of electromagnetic waves through the overdense plasma layer, we consider a mechanism involving a single plasmon excitation, namely, the plasma layer in the presence of one dielectric layer.
In the 'Single plasmon excitation' section, the transmission of the electromagnetic waves through an overdense plasma layer via a mechanism involving a single plasmon excitation is studied, that is, a plasma layer is placed adjacent to a dielectric layer.
Let us consider the problem of magnetosonic resonance in a simple one-dimensionally inhomogeneous transitional plasma layer.
The dielectric layer or equivalently an under critical plasma layer is needed to produce evanescent waves from propagating waves.
The results show that the screening effects are diminished due to the presence of a plasma layer.
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