Template:TPS Input Output Diff Tabs: Difference between revisions

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{{#ifeq: {{{TPS}}}| OLI|
{{#ifeq: {{{TPS}}}| OLI|
<td> ElecConductivity / kappa@T <td font style="background: #ebebeb">  Display <td>  The electric conductivity of the final solution.  Only available if CalcElectricalConductivity is checked.
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<td> Viscosity / Visc <td font style="background: #ebebeb">  Display <td>  The viscosity of the final solution.  Only available if CalcViscosity is checked.
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<td> HeatCapacity / Cp <td font style="background: #ebebeb">  Display <td>  The heat capacity of the final solution.  Only available if CalcHeatCapacity is checked.
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<td> HeatCapacityLiq / Liq.Cp <td font style="background: #ebebeb">  Display <td>  The liquid heat capacity of the final solution.  Only available if CalcHeatCapacity is checked.
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<td> HeatCapacitySol / Sol.Cp <td font style="background: #ebebeb">  Display <td>  The solid heat capacity of the final solution.  Only available if CalcHeatCapacity is checked.
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<td> HeatCapacityVap / Vap.Cp <td font style="background: #ebebeb">  Display <td>  The vapour heat capacity of the final solution.  Only available if CalcHeatCapacity is checked.
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<td> RedoxPotential / ORP <td style="background: #ebebeb" > Display <td>  
<td> RedoxPotential / ORP <td style="background: #ebebeb" > Display <td>  
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<td> VapCompressibility / VapCompress <td style="background: #ebebeb" > Display <td>  
<td> VapCompressibility / VapCompress <td style="background: #ebebeb" > Display <td> The vapour compressibility of the final solution.
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<td> Liq.VolumeFlow / Liq.Qv <td style="background: #ebebeb" > Display <td> The liquid volume flow of the final solution.
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<td> Liq.Enthalpy / Liq.Hf@T <td style="background: #ebebeb" > Display <td>  The liquid enthalpy of the final solution.
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<td> Liq.ThermCond / Liq.k_cond <td style="background: #ebebeb" > Display <td>  The liquid thermal conductivity of the final solution.  Only available if CalcTransportProps is checked.
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<td> Vap.ThermCond / Vap.k_cond <td style="background: #ebebeb" > Display <td>  The vapour thermal conductivity of the final solution.  Only available if CalcTransportProps is checked.
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<td> Liq2.Density / Liq2.Rho <td style="background: #ebebeb" > Display <td> The density of the 2nd liquid.  Only available if the 2nd liquid functionality is enabled in the OLI model being used.
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<td> Liq2.ThermCond / Liq2.k_cond <td style="background: #ebebeb" > Display <td>  The density of the 2nd liquid.  Only available if the 2nd liquid functionality is enabled in the OLI model being used and CalcTransportProps is checked.
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<td> Liq2.pH / Liq2.pH <td style="background: #ebebeb" > Display <td> The pH of the 2nd liquid.  Only available if the 2nd liquid functionality is enabled in the OLI model being used.
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<td> Liq2.IonicStrength / Liq2.I_cond <td style="background: #ebebeb" > Display <td>  The ionic strength of the 2nd liquid.  Only available if the 2nd liquid functionality is enabled in the OLI model being used.
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<td> Liq2.HeatCapacity / Liq2.Cp <td style="background: #ebebeb" > Display <td>  The heat capacity of the 2nd liquid.  Only available if the 2nd liquid functionality is enabled in the OLI model being used and if CalcHeatCapacity is checked.
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<td> Liquid1.VolumeFlow / Liq1.Qv <td style="background: #ebebeb" > Display <td>  
<td> Liq2.ElecConductivity / Liq2.kappa@T <td style="background: #ebebeb" > Display <td>   The electrical conductivity of the 2nd liquid.  Only available if the 2nd liquid functionality is enabled in the OLI model being used and if CalcElectricalConductivity is checked.
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<td> Liquid1.Enthalpy / Liq1.Hf@T <td style="background: #ebebeb" > Display <td>  
<td> Liq2.Viscosity / Liq2.Visc <td style="background: #ebebeb" > Display <td>   The viscosity of the 2nd liquid.  Only available if the 2nd liquid functionality is enabled in the OLI model being used and if CalcViscosity is checked.
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<td> Liquid1.ThermCond / Liq1.k_cond <td style="background: #ebebeb" > Display <td>  
<td> Liq.IntSurfTension / Liq.IntSigma <td style="background: #ebebeb" > Display <td>   The interfacial surface tension felt by the liquid phase.  Only available if the 2nd liquid functionality is enabled in the OLI model and if CalcTransportProperties is checked.
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<td> Vapour.ThermCond / Vap.k_cond <td style="background: #ebebeb" > Display <td>  
<td> Liq2.IntSurfTension / Liq2.IntSigma <td style="background: #ebebeb" > Display <td>   The interfacial surface tension felt by the 2nd liquid phase.  Only available if the 2nd liquid functionality is enabled in the OLI model and if CalcTransportProperties is checked.
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<td> ElecConductivity / kappa@T <td font style="background: #ebebeb">  Display <td>  The electric conductivity of the final solution.
<td> OLIStream <td> [[Image:Copy to Clipboard Button.png]] <td> Input suitable for direct use in an OLI Studio stream will be copied to the clipboard.  To use this, press the copy button, then go to OLI Studio and paste into the stream composition section of the stream input. Note that pressure and temperature of the stream is not included in the copy.
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<td> RevMap.IonRxns <td> [[Image:Copy to Clipboard Button.png]] <td> A table of Ion Rebuild Reactions (ions->species) and their extents will be copied to the clipboard.
<td> RevMap.IonRxns <td> [[Image:Copy to Clipboard Button.png]] <td> A table of Ion Rebuild Reactions (ions->species) and their extents will be copied to the clipboard.

Revision as of 12:55, 7 March 2024

Tag (Long/Short) Input / Calc Description/Calculated Variables / Options
Stream Properties Summary
...
Temperature / T Display The Temperature
Pressure / P Display The Pressure
MassFlow / Qm Display The Mass Flow
Hf@T Display The Enthalpy This is calculated by {{{TPS}}}.
Enthalpy / totHf@T Display The Enthalpy This is calculated by {{{TPS}}}.
...