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[math]\displaystyle{ \beta_{ij,T} \propto \frac {S_{ij}^2}{S_j}.\left( 1-\frac {S_{ij}^2}{D_{max}^2} \right) }[/math] Where: [math]\displaystyle{ S_{ij} }[/math]

compounds would act in the same way. This should be reviewed based on real test data. Reagent concentrations, ratios and excesses were often assumed and

constants in the Rosenberg-Healy equation may be specified by the user by selecting the RosenbergUser option: [math]\displaystyle{ \alpha_0 }[/math] = ASat.a0 etc

SysCAD 9.2, What's New, Revision History The formal release date for SysCAD 9.2 Build 131.6369 is 30th July 2009. Since this release, SysCAD 9.2 Build 132

heat absorbed by the surrounding air, thus: (2) [math]\displaystyle{ \cfrac{L}{G} = \cfrac{h_2-h_1}{C(T_1-T_2)} }[/math] where: G = air loading, mass flow

Navigation: User Guide ➔ View ➔ Plant Model ➔ States ➔ Full Detail Related Links: Plant Model - States This page describes the extension of the States

method to allow user to selectively define which species is included in the elemental concentration count. For example, user can select Fe2+ only, not total

cases without further user input. As is, this file is used to test the sensitivities of TWO variables. User can define the test value range for the two

(partial) Tag,Value SLURRY_IN.QmReqd (t/h),40 Feed_ppm_Set.TC[1].User.Value,40 Feed_ppm_Set.TC[2].User.Value,500 SLURRY_IN.Content.DLockup.[Au(s)].LockupReqd (%)

dKernel tab only shown when Agglom.Kernel.Type = User or Kernel Builder. With Agglom.Kernel.Type = User, [math]\displaystyle{ \beta }[/math] values are

unit tag names. New BaseFilesUser folder, along side BaseFiles folder, for all global user settings, user Symbols and user engineering conversions. BaseFiles

the user to specify a single heat loss factor. User can choose reference temperature to be the feed or product temperature. SuperHeat Loss : User can lose

Notes The user MUST have added and configured a PHREEQC Model Configuration unit in the SysCAD project before this unit can function. The user MUST have

CoO.Al2O3 132.0 132.2 0.174 0.75 ....... Fe2S3 117.9 47.8 59.468 0.57 Na2C2O4 132.0 34.0 74.248 0.99 2CaO.[Al2O3].8SiO2 567.1 97.7 82.781 0.82 CrO2 52.7

Navigation: Models ➔ Control 2 Models ➔ Transmitter The transmitter is used to pass a value to a PID block. Its use is not required since a PID can access

Navigation: Models ➔ Control 2 Models ➔ Actuator The Actuator is used to get a value from a PID block and then change the value of a tag in the model.