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Home  >  Transactions of NAMP VOL.9

19. SOLUTION OF THE DISPERSION RELATION FOR MAGNETIZED MULTI-FLUID PLASMA USING PDRF: A CASE STUDY OF MAGNETOSPHERE by A.M. Nura and A.J. Ado Volume 9, (March and May, 2019)
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SOLUTION OF THE DISPERSION RELATION FOR MAGNETIZED MULTI-FLUID PLASMA USING PDRF: A CASE STUDY OF MAGNETOSPHERE

A.M. Nura and A.J. Ado

Department of Physics,Bayero University, Kano and Department of Physics, Yusuf Maitama Sule University, Kano, Nigeria.

Abstract

The magnetosphere is mostly populated by collisionless, anisotropic and inhomogeneous plasma. Wave propagation in plasma can be studied using fluid or kinetic model. In this work the fluid model is applied in solving Plasma dispersion relation for magnetized multi-fluid plasma by employing PDRF code ( Plasma Dispersion Relation Fluid-version). The dispersion relation of some plasma populated region of the magnetosphere was solved by varying plasma

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