Title of article
Charge Transport in Magnetized Plasma
Author/Authors
Al-Agealy, H. J. M. University of Baghdad - College of Education Ibn Al – Haitham - Department of Physics, Iraq , Yonas, D. H. University of Baghdad - College of Education Ibn Al – Haitham - Department of Physics, Iraq , Jawad, E. A. University of Baghdad - College of Education Ibn Al – Haitham - Department of Physics, Iraq , Hassoony, M. A. University of Baghdad - College of Education Ibn Al – Haitham - Department of Physics, Iraq
From page
211
To page
221
Abstract
The plasma source can restrict the motion of charges that are localizing in the non equilibrium distribution of charge energy and reducing the electrons transport across magnetic field . The electrons ions motion are controlled by ambipolar electric field and charge–atom collision . The source density for a given electron temperature and a given ion are considered to evaluate the diffusion coefficient . The ambipolar diffusion coefficient and the cross field diffusion coefficient for charge transfer are calculated through magnetized plasma in a uniform magnetic field , and an approximation ambipolar diffusion coefficient is evaluated. The result, showes how the diffusion process is gradually imbedded as the properties of the plasma.
Keywords
Change transp ort , monetized plasma , diffusion coefficient
Journal title
Ibn Alhaitham Journal For Pure and Applied Science
Journal title
Ibn Alhaitham Journal For Pure and Applied Science
Record number
2602119
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