HEMISKI Zbirka re{eni zada~i REAKTORI 3

[esti del. Industriski reaktori
Explicit equations as entered by the user
[1] FT = FP+FO+FAK+FOK+FW+FC+1430
[2] P = 430-10*V
[3] pO = (FO/FT)*P
[4] pP = (FP/FT)*P
[5] R2 = 935940*pP*pO*exp(-20013/1.9872/T)
[6] R3 = 161970000*pP*pO*exp(-24997/1.9872/T)
[7] R1 = 195200*pP*pO*exp(-15765/1.9872/T)
[8] rP = R1+R2+R3
[9] rOK = R2
[10] rO = 1.5*R1+2.5*R2+4.5*R3
[11] rAK = R1
[12] rC = R2+3*R3
[13] rW = R1+R2+3*R3
[14] A = 590000*R1+1086000*R2+1928000*R3
[15] CpN = 29+0.002199*T+0.000005723*(T^2)-0.000000002871*(T^3)
[16] CpP = 59.8+0.1771*T-0.0001017*(T^2)+0.0000000246*(T^3)
[17] CpO = 29.1+0.01158*T-0.000006976*(T^2)+0.000000001311*(T^3)
[18] CpAK = 7.046+0.2898*T-0.00000187*(T^2)+0.000000000461*(T^3)
[19] CpOK = 8.433+0.2347*T-0.00000142*(T^2)+0.000000000336*(T^3)
[20] CpC = 36.11+0.04233*T-0.00002887*(T^2)+0.000000007464*(T^3)
[21] CpW = 33.46+0.00688*T+0.000007604*(T^2)-0.000000003593*(T^3)
[22] B = FP*CpP+FO*CpO+FAK*CpAK+FOK*CpOK+FC*CpC+FW*CpW+1430*CpN
[23] X = (127-FP)/127
[24] AKOK = FAK/(FOK+0.0000001)
[25] AKP = FAK/(127.0000001-FP)
FP(V)
FAK(V)
FOK(V)
V (m 3 )
FC(V)
Grafik 1. Promena na molskite protoci na propilen (P),
akrilna kiselina (AK), ocetna kiselina (OK) i jagleroddioksid (C)
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