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    • Surfaces
      • chemical potential
      • Pressure
      • Chemical potential and pressure
      • Temperature vs Pressure
      • Particle Morphology
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      • Chemical Potential
      • Temperature
      • Pressure
      • Pressure vs Temperature
      • Vibrational Entropy
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Gallery¶

The gallery is a preview of some of the plots available in surfinpy. Clicking on a plot will provide a link to a tutorial for generating the plot.

Surfaces¶

chemical potential¶

The following are examples of a phase diagram as a function of chemical potential. The first is the default output and the rest are generated by playing with the style and colourmap.

_images/Surfaces_1.png _images/Surfaces_2.png

Pressure¶

Chemical potential can be converted to pressure and a diagram with pressure of species A/B displayed.

_images/Surfaces_5.png

Chemical potential and pressure¶

surfinpy can produce a plot with the chemical potential of A/B on axes X/Y and the pressure of A/B on axes X2/Y2.

_images/Surfaces_4.png _images/Surfaces_6.png

Temperature vs Pressure¶

surfinpy can produce simple pvt plots showing the relationship between a single species “A” at the surface e.g. water.

_images/Surfaces_7.png

Particle Morphology¶

surfinpy provides examples of how to use the surface energy calculation alongside pymatgen to generate particle morphologies at different temperature and pressure values.

_images/Wulff.png

Bulk¶

Chemical Potential¶

The following are examples of a phase diagram as a function of chemical potential.

_images/Bulk_1.png

Temperature¶

The following are examples of a phase diagram as a function of chemical potential with a temperature contribution introduced.

_images/Bulk_2.png

Pressure¶

The following are examples of a phase diagram as a function of pressure.

_images/Bulk_4.png

Pressure vs Temperature¶

The following are examples of a phase diagram as a function of chemical potential, chemical potential and pressure, and temperature.

_images/Bulk_6.png _images/Bulk_7.png

Vibrational Entropy¶

The following are examples of how to include the effects of vibrational entropy to the phase diagrams.

_images/Bulk_8.png _images/Bulk_9.png _images/Bulk_10.png
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