Request/Review tables of recommended values (Optional)
Expand the Calculated with Single-Property Equations or Calculated with Multi-Property Equations node of the tree in the left part of the Main Form.
Expand any property node and double-click on a sub-node that specifies the phases and independent variables. You can then specify ranges and steps of independent variables for tabulation of recommended values. The recommended values can be listed and plotted with uncertainties. The ranges and steps specified here will control the amount of data in the output files.
- Purpose of TDE
- Critically Evaluated Properties
- Pure Component Properties
- Binary Mixture Properties
- Ternary Mixture Properties
- Reaction Properties
- Material Stream Properties
- How to do EVALUATIONS
- Evaluation for PURES
- Compound Selection (Pures)
- Add User Data (Pures)
- "Superstructure" Component Search
- Evaluation for BINARIES
- Component Selection (Binary)
- Add User Data (Binary)
- Evaluation for TERNARIES
- Component Selection (Ternary)
- Add User Data (Ternary)
- Evaluation for REACTION
- Reaction Selection
- Participant Selection
- Formation Properties Evaluation
- Evaluation for MATERIAL STREAM
- Component Selection (Stream)
- Apply/Fit AC Model to Sub-Systems
- Add Composition
- Add Property Calculation
- Explore Calculation Results
- Save Results
- The Main Screen Menus
- File Menu
- View Menu
- Action Menu
- Equation of State (EOS) Menu
- Mixture Menu
- Product Design Menu
- Experiment Planning Menu
- Updates Menu
- The Main Screen Window
- Navigation Tree (Pures)
- Compound
- Property Name/Phase Formats
- Expt and Predicted Data
- Reaction Data
- Default Equations
- Property Consistency
- Evaluated Data
- Evaluated Enthalpy of Formation
- Alternative Equations
- Equations of State
- Calculated with EOS
- Navigation Tree (Mixtures)
- Components of Binary Mixture
- Expt and Predicted Data
- VLE Data Summary View (Binary)
- VLE Datasets & Consistency Tests
- VLE Data Summary View (Ternary)
- LLE Data Summary View (Binary)
- LLE Data Summary View (Ternary)
- Expt Data (Display only)
- Single Property Equations
- Calc w/ Single-Property Eq's
- Multi-Property Equations (Binaries)
- Multi-Property Equations (Ternaries)
- Calc w/ Multi-Property Eq's
- Navigation Tree (Reactions)
- Properties of Participants
- Expt and Predicted Data
- Consistency with Participant Data
- Evaluated Reaction Data
- Navigation Tree (Material Stream)
- Components
- Binary Sub-Systems (A + B)
- Composition Number
- Add Composition
- Calculation Number
- Add Calculation
- Property Nomenclature (Mixtures)
- Data Table Features
- Data Tables (General Info)
- Bibliographic Info (Data Source)
- Sort Data
- Select Data Set (or Single Value)
- Plot Data
- VLE Data Summary (Binaries)
- VLE Data Summary (Ternaries)
- LLE Data Summary (Binaries)
- LLE Data Summary (Ternaries)
- Flawed Data
- Plot Features
- Plot Legend (Colors)
- Plots: General Info (Pures)
- Right-Click Features (Pures)
- Plots: General Info (Binary)
- Right Click Features: (Binary)
- Single-Property Equations (Pures)
- Vapor Pressure
- Sublimation Pressure
- Crystal-Liquid boundary
- Density (sat liquid)
- Density (sat vapor)
- Density (liquid- 1 phase)
- Density (gas- 1 phase)
- Enthalpy of Vaporization
- Enthalpy of Sublimation
- Heat Capacity (Csat- crystal)
- Heat Capacity (Csat- liquid)
- Heat Capacity (Ideal Gas)
- Entropy & Enthalpy, derived (crystal)
- Entropy & Enthalpy, derived (liquid)
- Speed of Sound (liquid)
- Speed of Sound (gas)
- Refractive Index (liquid)
- Surface Tension
- Viscosity (sat liquid)
- Viscosity (gas)
- Thermal Conductivity (sat liquid)
- Thermal Conductivity (gas)
- Single-Property Equations (Binaries)
- Single-Property Equations (Ternaries)
- EOS Fitting (Pures)
- EOS: Equations Supported (Pures)
- Span-Wagner
- PC-SAFT
- Modified Sanchez-Lacombe
- Peng-Robinson (Original)
- Peng-Robinson (Twu)
- Peng-Robinson (Mathias-Copeman)
- Peng-Robinson (SRW)
- REFPROP (Read Only)
- TDE Generated (Read Only)
- Activity Coeff. Model Fitting (Mixtures)
- Activity Coeff. Models (Binaries)
- UNIFAC Prediction (Original)
- UNIFAC Prediction (NIST-KT)
- UNIFAC Prediction (NIST-Modified)
- NIST-COSMO-SAC Prediction
- NRTL
- Redlich-Kister
- UNIQUAC
- Van Laar
- Wilson
- Activity Coeff. Model Calcs. (Ternaries)
- Gas-Phase Models (Mixtures)
- Special Displays: VLE-LLE-SLE
- VLE Consistency Tests (Binary)
- VLE Isotherm Plot (Binary)
- VLE Isobar Plot (Binary)
- VLE Plot for Peng-Robinson EOS
- VLE Isopleth Plot for P-R EOS
- Azeotropic Data (Binary)
- LLE Diagram (Binary)
- SLE Diagram (Binary)
- LLE Diagram (Ternary)
- VLE Gas Composition (Ternary)
- Uncertainties
- Output Files & Formats
- TDE-SOURCE Data Archive
- Addition of User Data
- Structure Drawing
- Prediction Methods (Pures)
- Formation Reaction Properties
- Properties of Elements
- NIST/REFPROP Database in TDE
- Product Design
- Pure Compound
- Solvent for Solid
- Specify Solute
- Enter Temperature
- Add Solvent Efficiency
- Add Solvent Property
- Specify Compound Class
- Select Database
- Select Model Basis
- Search and Results
- Explore Results
- Save Results
- Selective Solvent for Solid Mixture
- Specify Solute & Contaminant
- Enter Temperature
- Add Solvent Efficiency
- Add Solvent Property
- Specify Compound Class
- Select Database
- Select Model Basis
- Search and Results
- Explore Results
- Save Results
- Solvent for Extraction
- Experiment Planning
- Evaluate Measurement (Pure)
- Evaluate Measurement (Binary)
- Recommend Measurements (Pure)
- UNIFAC Extension
- ThermoML- IUPAC Standard
- References
- Glossary
- FAQ
ThermoData Engine (TDE103b v10.1) User's Guide