HEMISKI Zbirka re{eni zada~i REAKTORI 3

[esti del. Industriski reaktori
r1 0.0010643 2.373E-05 0.0010643 2.373E-05
X 0 0 0.716402 0.716402
deltaH2 1.052E+05 1.052E+05 1.052E+05 1.052E+05
deltaH3 5.39E+04 5.39E+04 5.39E+04 5.39E+04
k2 0.0015243 1.745E-04 0.0015243 1.745E-04
k3 0.0125815 0.004848 0.0125815 0.004848
r2 1.742E-04 5.479E-06 1.742E-04 5.479E-06
r3 0 0 1.923E-05 9.607E-06
ODE Report (RKF45)
Differential equations as entered by the user
[1] d(Fe)/d(V) = -(r1+r2+r3)
[2] d(Fs)/d(V) = r1
[3] d(Fh)/d(V) = r1-r3
[4] d(T)/d(V) = (-deltaH1*r1-deltaH2*r2+deltaH3*r3)/suma
[5] d(Fb)/d(V) = r2
[6] d(Ft)/d(V) = r3
[7] d(Fm)/d(V) = r3
[8] d(Fet)/d(V) = r2
Explicit equations as entered by the user
[1] deltaH1 = 118000
[2] Feo = 0.00344
[3] odnos = 20
[4] Fw = Feo*odnos
[5] suma=
=(299*Fe)+(273*Fs)+(30*Fh)+(40.4*Fw)+(68*Fm)+(90*Fet)+(201*Fb)+(249*Ft)
[6] B5 = 1.302*(T^2)*(10^(-6))
[7] Fvk = Fe+Fs+Fh+Fw+Fb+Fm+Fet+Ft
[8] pe = 2.4*Fe/Fvk
[9] ps = 2.4*Fs/Fvk
[10] ph = 2.4*Fh/Fvk
[11] k1 = 1282.2*exp(-0.08539-(10925/T))
[12] B6 = -4.931*T*(10^(-3))
[13] B1 = -17.34
[14] B2 = -13020/T
[15] B3 = 5.051*ln(T)
[16] B4 = -2.314*(T^3)*(10^(-10))
[17] K = exp(B1+B2+B3+B4+B5+B6)
[18] r1 = k1*(pe-(ps*ph/K))
[19] X = (Feo-Fe)/Feo
[20] deltaH2 = 105200
[21] deltaH3 = 53900
[22] k2 = 1282.2*exp(13.2392-(25000/T))
[23] k3 = 1282.2*exp(0.2961-(11000/T))
[24] r2 = k2*pe
[25] r3 = k3*pe*ph
439