Here is the calculation of the solution for ω =1.   

[Graphics:../Images/reactor_gr_76.gif]
[Graphics:../Images/reactor_gr_77.gif]

Here is the plot of the answers.  Note that d and e are about the same for this frequency, ω=1.  

[Graphics:../Images/reactor_gr_78.gif]

[Graphics:../Images/reactor_gr_79.gif]

Here is just d and e.  

[Graphics:../Images/reactor_gr_80.gif]

[Graphics:../Images/reactor_gr_81.gif]

[Graphics:../Images/reactor_gr_82.gif]

We see that e is highest on the catalyst also.  

[Graphics:../Images/reactor_gr_83.gif]

Let's see what the steady state concentrations of d and e are.  

[Graphics:../Images/reactor_gr_84.gif]
[Graphics:../Images/reactor_gr_85.gif]
[Graphics:../Images/reactor_gr_86.gif]
[Graphics:../Images/reactor_gr_87.gif]

We see that d is slightly favored.  


Converted by Mathematica      May 30, 2000