Number of nodes: 41
Starting Temperature(Kelvin): 1773
Cooling Rate(Kelvin/s):1000
Pressure(Atm): 1
Molecular Weight(Kg/mol): 0.02695
Density(Kg/m3): 2700
Surface Tension in the form A-BT(dyne/cm): A=948 B=0.202
Saturation Vapor Pressure of material in form Ps=exp(C-D/T)P: C=13.07 D=36373
Enter your choice - 1)Coagulation,2)nucleation+coagulation,3)nucleation + coagulation + surface growth,4)surface growth:3
Choice of collision frequency function:1)Free Molecular Regime,2)Fuchs form for free molecular and transition regime:2
Sutherland's constants for carrier gas in the form A*T^1.5/(B+T): A=1.966e-6 B=147.47
If you choose to run either "coagulation" or "surface growth" problem, you must modify the input files "coag.inp" or "grow.inp" as required.