Author/Authors :
Yahya, Khalid A. University of Anbar - College of Education - Department of Physics, Iraq , Mazher, Sabah N. University of Baghdad - College of science for women - Department of Physics, Iraq , Hafidh, Zaidun A. University of Baghdad - College of Science for women - Department of Physics, Iraq
Abstract :
propagating inside the plasma region determining the hydrodynamic densities distribution with the aid of numerical analysis finite deference method (FDM).The plasma is generated and trapped by annular electron beams of fixed electron density 1x10^14 m^-3. The result of the study shows that the hydrodynamic density behaves as the increase in pencil electron beam. The hydrodynamic density ratio goes to more than double as the increase in pencil electron beam density to 1x10^18 m^-3.
