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Team:DTU-Denmark/code reactor1
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== Matlab code to generate Figure 3== | == Matlab code to generate Figure 3== | ||
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flow = [1:50]'; | flow = [1:50]'; | ||
| - | S = [0.5:0.01:0.9] | + | S = [0.5:0.01:0.9]; |
for i=1:length(flow) | for i=1:length(flow) | ||
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colorbar | colorbar | ||
</pre> | </pre> | ||
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Latest revision as of 14:25, 4 October 2013
Matlab code to generate Figure 3
% calculate staedy state CSTR volume for different substrate, product and
% flow
clear all
flow = [1:50]';
S = [0.5:0.01:0.9];
for i=1:length(flow)
for j=1:length(S)
P = 5.872-S(j); % 100 mg/l ammonia in feed water
V(i,j)=steadystate_cstr_volume(flow(i),S(j),P);
end
end
figure
surf(S,flow,V)
title('Volume of reactor 1 in steady state in [L]','FontSize',14)
xlabel('effluent ammonia concentration in [mmol/L]','FontSize',14)
ylabel('flow in [L/min]','FontSize',14)
zlabel('volume of reactor in [L]')
colorbar
