Difference between revisions of "Thermodynamics"
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| − | The following plot shows the vapor-liquid phase diagram for a binary ideal mixture (components: A and B). The vapor pressures of the pure substances are <math>p_A^*</math> and <math>p_B^*</math>, respectively. In the example below <math>p_A^*=1</math> (a.u.) and the <math>p_B^*/p_A^*</math> ratio can be changed moving the slider below. | + | The following plot shows the vapor-liquid phase diagram for a binary ideal mixture (components: A and B). The vapor pressures of the pure substances are <math>p_A^*</math> and <math>p_B^*</math>, respectively. |
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| + | The red curve shows the vapor pressure of the mixture as a function of the mole fraction of A in the liquid (<math>x_A^l</math>) | ||
| + | In the example below <math>p_A^*=1</math> (a.u.) and the <math>p_B^*/p_A^*</math> ratio can be changed moving the slider below. | ||
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Revision as of 17:36, 21 April 2019
Vapor-liquid equilibrium diagram ideal mixture
The following plot shows the vapor-liquid phase diagram for a binary ideal mixture (components: A and B). The vapor pressures of the pure substances are [math]p_A^*[/math] and [math]p_B^*[/math], respectively.
The red curve shows the vapor pressure of the mixture as a function of the mole fraction of A in the liquid ([math]x_A^l[/math]) In the example below [math]p_A^*=1[/math] (a.u.) and the [math]p_B^*/p_A^*[/math] ratio can be changed moving the slider below.
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