NE528 Fall 2009 HW#2 (total 80 points) Due Wednesday, September 23 by class time
1. (30 points)
A fully ionized, uniform, hydrogen plasma has a density (ne = ni = n) in orthogonal uniform gravitationa
NE 528 Fall 2009 Mid Term Take Home Exam (Due on Friday November 6 on or before 5:00pm) 20% of total course grade 1) (20 points)
Derive the dispersion relation for electron plasma wave in presence of
NE528 HW#5 Fall 2006 (Total 70 points) Due Monday, November 16 by class time
Problem 1 (20 points) In many plasma devices for plasma-aided manufacturing processes, a mixture of gases, mainly etchant g
NE528 Fall 2009 HW#1 (total 90 points) Due Wednesday, September 9 by class time
1. (10 points) Derive the expression of the Debye length for a pure hydrogen plasma in a steady-state situation, where e
NE528 Fall 2009 HW#4 (Total 60 points) Due Wednesday, October 21st by class time
1. (30 points)
In obtaining the dispersion relation for electron and ion plasma waves, perturbations were assumed for v
NE528 Fall 2009 HW#3 (total 80 points) Due Wednesday, October 7 by class time
1. (40 points) We derived the expression for the current density the diamagnetic current at equilibrium B p condition and