This function lets the user to perform a Txy calculation for given systems made of 2 solvents.
Note: The best way to use this function is to use the wizard. Select: VLXE/Wizard on the menu
Note: This function was not designed to be used with heavy molecules like polymers. Undefined and incorrect results may come from the routine when feeding it with a polymer mixture.
Input
Argument |
Type |
Optional |
Description |
Pressure |
C# : double |
No |
Pressure, default unit: Bar |
LineType |
C# : string |
No |
Defines the type of line that is wanted. Valid input are: VLE LLE |
Output |
C# : string |
No |
Defines the output. See here for more information. |
Components |
C# : string |
No |
Give a list of component names. Only those components are used in the calculations. |
Units |
C# : string |
No |
Set the units used in this calculation. |
ProjectSheet |
C#: object |
Yes |
Lets the user set the project sheet to use. |
AdvVLXE |
C# : object |
Yes |
Advanced used. Reserved for use by VLXE. |
AdvUser |
C# : object |
Yes |
Advanced used. Reserved for the user. For example it can be used to force the function update. |
Extra
This function is defined in C# as:
public Object[,] Txy(double Pressure, string LineType, string Output, string Components, string Units, [In, Optional] object AdvVLXE, [In, Optional] object AdvUser)
Below is a screen dump of a example where the VLE and LLE curve has been calculated for the system cyclo-hexane:
