A powerful, easy-to-use interface, Chempak Viewer lets you access the Chempak Property Database as a stand-alone application. Select any of the over 700 fluids contained in the database or assemble non-reacting mixtures on a mass or mole basis. Fluid or mixture properties may be calculated for any combination of the available input parameters, either as a single point input or a range of inputs.
Chempak Viewer Input Parameters Available:
- Density
- Enthalpy
- Entropy
- Internal Energy
- Pressure
- Quality
- Saturated Liquid
- Saturated Vapor
- Specific Volume
- Temperature
Output Control provides ready selection of output parameters to display, their order and units. Units may also be changed 'on the fly' by double-clicking on an output column header. Full control over the units appearing in selection lists is available through Unit Preferences, which also provides unit definitions and saving of preferences to file. Fluid and mixture sets may be saved for quick recall though the Recent Fluids list. A user specified name may be defined for any fluid or mixture and appears along with the standard Chempak name.
Tabular output may be printed or exported for import to a spreadsheet for presentation or secondary calculations. Alternatively, a selected portion of the output may be copied directly to the Windows clipboard and pasted into a spreadsheet.
Graphical output of a wide variety of parameters are available with Chempak Viewer's Graph Properties. Customization options include full control over colors, fonts, labels, markers and line formats, and a selection of 2D or 3D graph styles. Graphs may be printed or saved as a bitmap or Windows metafile for importing into other documents.
Fluid Properties Available:
- Bulk Modulus of Elasticity
- Compressibility Factor
- Critical Pressure
- Critical Temperature
- Density
- Enthalpy
- Entropy
- Internal Energy
- Isentropic Expansion Coef., Gamma
- Kinematic Viscosity
- Molecular Weight
- Phase
- Prandtl Number
- Pressure
- Quality
- Saturation Pressure
- Saturation Temperature
- Sonic Velocity
- Specific Heat, cp
- Specific Heat, cv
- Specific Volume
- Surface Tension
- Temp. Superheat/Subcooled
- Temperature
- Thermal Conductivity
- Viscosity
- Volume Expansivity
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