t = 1.0  t = 2.5  t = 5.0 




t = 4.5  t = 9.0  t = 12.5 




Growth rates in Linear, HD and MHD cases  Growth rates in the case B_{x} = 0.06  Growth rates in the case B_{x} = 0.065  Growth rates in the case B_{x} = 0.07 





Vz @t = 0.5  vz @t = 2.5  Vz @t = 7.5  vz @t = 12.5 





Vy @t = 0.75  By @t = 0.75 



Density  Pressure  XVelocity  YVelocity  ByMagnetic Field 




t = 1.0  t = 2.5  t = 5.0  Stone's result (t = 1.0) 




t = 4.5  t = 9.0  t = 12.5  Stone's result 




Following analyses refer to Jin et al. 1995
Growth rates of a single mode perturbation (Dashedlines represent linear growth rate, solid and dotted lines are nonlinear one)  Low Resolution Result (x,y)=(100,300) @ t = 12.75  High Resolution Result (x,y)=(200,600) @ t = 12.75 



