Difference between revisions of "Stream Analyzer Video Tutorials"
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== Selecting Solids == | == Selecting Solids == | ||
| − | Sometimes equilibrium based calculations will predict a solid phase that is known not form or forms very slowly compared with process times. This video shows how to modify the solids list to obtain a more realistic (Digital Twin) version of the process. | + | Sometimes equilibrium-based calculations will predict a solid phase that is known not to form or forms very slowly compared with process times. This video shows how to modify the solids list to obtain a more realistic (Digital Twin) version of the process. |
{{#ev:youtube|3IC-gXbvu1E}} | {{#ev:youtube|3IC-gXbvu1E}} | ||
| + | |||
| + | == A solubility curve as a function of concentration == | ||
| + | |||
| + | This video shows how to perform a solid solubility calculation as a function of concentration | ||
| + | |||
| + | {{#ev:youtune|9tz6cKCGTdU]] | ||
Revision as of 11:28, 10 February 2022
Contents
Introduction to the OLI Analyzers
Adding Reaction Kinetics
Isochoric Calculations
What is Standard Liquid Volume?
See Standard Liquid Volume for a discussion about how this variable was created.
Database Import
Selecting Solids
Sometimes equilibrium-based calculations will predict a solid phase that is known not to form or forms very slowly compared with process times. This video shows how to modify the solids list to obtain a more realistic (Digital Twin) version of the process.
A solubility curve as a function of concentration
This video shows how to perform a solid solubility calculation as a function of concentration
{{#ev:youtune|9tz6cKCGTdU]]
