View source for Template:Qo Data Section

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|Width=250|'''Tag (Long/Short)'''||'''Input / Calc'''||'''Description/Calculated Variables / Options'''
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|  CopyToClipboard || [[Image:CopyToClipboard Button.png]] || The mass flow, temperature, pressure and composition of the material in the pipe will be copied to the clipboard. <br> This can then be used to configure a Feeder using the PasteData Button in the [[Feeder-Cross Page Connector#Options|Options Section]]. See [[FAQ - Access and Trend Related Questions#How do I copy Stream data to a Feeder?|How do I copy Stream data to a Feeder?]]
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| rowspan="12" valign="top"| Include Properties  || [[Image:Include Properties Button.png]] || [[image:includeProps.png]] {{Include Properties Data Section |type=Flow}}
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|  colspan="3" font style="background: #ebebeb" |The following variables  defines the species model that is used to calculate the physical properties of the stream, such as density, heat capacity, etc.
*The ''SpModel.Reqd'' field is only shown if more than one Species Model is available in the project (e.g. Standard and Bayer3). On a Qi, QFeed or QProd page, it is an input field, on a Qo page, it is a result field. The Species Model should only be explicitly chosen when a change in Species Model is required. In most cases SpModel.Reqd should simply be set to '''Inherit'''.
{{Model Properties Data Section |type=Flow |UnitOp=stream}}
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| RangeChecksOn || Tickbox || This field is only shown on a QFeed page of units. If ticked, then range checks will be not be performed on the QFeed. Range checks can be globally switched off on the [[Plant Model - Settings#Range Checks|Plant Model - Settings]] tab page.
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| colspan="3" font style="background: #ebebeb" |
====Qualities====
{{Qualities Data Section}}
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|  font style="background: #ebebeb" colspan="3"  |
==== Properties ====
These properties are related to the material flowing in the stream, e.g. mass fraction, volumetric flow, density, etc.
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| Temperature / T || font style="background: #ebebeb"  | Calc || The temperature of the incoming material.
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| Pressure / P ||  font style="background: #ebebeb" | Calc ||  The pressure of the incoming material.
{{ Mass and Volume Flow Data Section}}
{{ Density Data Section}}
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| colspan="3" font style="background: #ebebeb" |
====Density Correction====
Please see included properties - [[Material Flow Section - Density Correction, Solubility and Saturation#Density Correction|Density Correction]].
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{{ Mass and Volume Fraction Data Section}}
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| colspan="3" font style="background: #ebebeb" |

====Energy Values ====
Please see included properties - [[Material_Flow_Section_-_Energy#Energy|Energy]].
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| colspan="3" font style="background: #ebebeb" |
====Values at User Defined T and P ====
Please see included properties - [[Material_Flow_Section_-_Energy#Values at User Defined T and P|Values at User Defined T and P]].
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| colspan="3" font style="background: #ebebeb" |

==== Solubility Values ====
Please see included properties - [[Material Flow Section - Density Correction, Solubility and Saturation#Solubility Values|Solubility]].
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====Saturation Values====
Please see included properties - [[Material Flow Section - Density Correction, Solubility and Saturation#Saturation Values |Saturation ]].
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| colspan="3" font style="background: #ebebeb" |

====Acidity (pH)====
Please see included properties - [[Material Flow Section - pH, Charge and Transport Properties#Acidity |Acidity]]
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| colspan="3" font style="background: #ebebeb" |

====Charge====
Please see included properties - [[Material Flow Section - pH, Charge and Transport Properties#Charge|Charge]] 
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| colspan="3" font style="background: #ebebeb" |

====Transport Properties====
Please see included properties - [[Material Flow Section - pH, Charge and Transport Properties#Transport Properties|Transport ]]
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| colspan="3" font style="background: #ebebeb" |

====Heating Values====
{{Removed139}} Please see included properties - [[Material Flow Section - HOC#Heating Values|Heating Values]]. From {{Available139|||y}}, refer to [[Material Flow Section - HOC#Heats of Combustion|Heats of Combustion]].
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| colspan="3" font style="background: #ebebeb" |

====Heats of Combustion====
{{Available139}} Please see included properties - [[Material Flow Section - HOC#Heats of Combustion|Heats of Combustion]]. 
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====Solution Impurities====
Please see included properties - [[Material Flow Section - Solution Impurity and H2O Properties#Solution Impurities|Solution Impurities]]
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==== H2O Properties ====
Please see included properties - [[Material Flow Section - Solution Impurity and H2O Properties#H2O Properties|H2O Properties]]
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|  colspan="3" font style="background: #ebebeb"   |

==== User Property Calculations ====
Users can define their own calculations (called User Property Calculations) in the [[Project Configuration (cfg File)]] which will be displayed on the Qi/Qo page. Refer to [[Calculation Configuration]] for more details.
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=== WQ Tab Pages ===

Please see included properties - [[Material Flow Section - Water Quality]].

=== Sp and EC Tab Pages ===

The Sp tab shows the actual species flows in a stream. It has mainly read only variables, except for the options that determine the species fractional basis and how the flows in columns 2 onwards are displayed. The method by which Fractions and Concentrations is calculated is affected by the Phase which is chosen. The Sp tab shows the species flows. The optional EC tab shows the elemental and [[Species Table#Component|component]] flows. Elements and Components are listed alphabetically. 

{{Sp Phase and View Options |UnitOp= {{{UnitOp}}} }}

Please see [[Species Flow Section]] for more details.