Document Type : Original Article
Author
urmia university
Abstract
In this article, the effect of rotating magnetic field on the density distribution of magnetized plasma electrons has been investigatedThe interaction of the high-power laser pulse causes the inhomogeneity of the medium, so the distribution of plasma electrons will change and take on an inhomogeneous shape by using the equation of motion transfer in plasma and the continuity equation of the effect of a rotating magnetic field and the changes Density distribution due to magnetic field rotationwe have obtainedThe obtained results show that the rotating magnetic field causes the density distribution to oscillate, so that the strong magnetic field changes the direction of the plasma electron density distribution that is subjected to the applied electric fieldTherefore, by defining the variable parameters, we can control the changes in density and also control the phenomena related to plasma density One of the factors related to the plasma density is the intensity-dependent refractive index, which plays an essential role in optical nonlinear phenomena.
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