274 Results icon legend icon 
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Vapor-Liquid-Liquid Equilibrium (VLLE)
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Partially Miscible Liquids
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Immiscible Liquids on Pressure-Composition Diagram
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Temperature Composition Diagram for Immiscible Liquids
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Solid-Solid-Liquid Equilibrium
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Ternary Phase Diagram with Phase Envelope
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Ternary Phase Diagram withAlternate Phase Envelope
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Lever Rule for the Uranium-Titanium Solid-Liquid Phase Diagram
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Right and Equilateral TriangleTernary Phase Diagrams
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Effect of Temperature on Partial Miscibility
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Construct P-x-y Diagramfor Immiscible Liquids
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Construct T-x-y Diagramfor Immiscible Liquids
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Chemical Equilibrium in theHaber Process
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Heterogeneous Chemical Equilibrium
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Reversible Reaction in anAdiabatic Plug Flow Reactor
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Gas-Phase Chemical Equilibrium at Constant Pressure or Constant Volume
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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High-Pressure Chemical Equilibrium
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Construct a Conversion-Temperature Diagram for a Reversible Adiabatic Reaction
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Visualization of Vapor-LiquidEquilibrium in a Binary Mixture
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Maxwell Relations
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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