Dipoles on a clean surface in vacuum

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SUMMARY

This discussion focuses on the adsorption orientation of water molecules on a clean, flat solid surface, specifically metals and amorphous carbon, in a vacuum contaminated with low-pressure water vapor. The paper titled "A Molecular Perspective of Water at Metal Interfaces" by Javier Carrasco, Andrew Hodgson, and Angelos Michaelides provides essential insights into this phenomenon. The orientation of water molecules is influenced by the surface properties of the solid and the molecular interactions at the interface.

PREREQUISITES
  • Understanding of surface science principles
  • Familiarity with molecular dynamics simulations
  • Knowledge of adsorption phenomena
  • Basic concepts of vacuum environments
NEXT STEPS
  • Read "A Molecular Perspective of Water at Metal Interfaces" for detailed insights
  • Explore molecular dynamics simulation tools like LAMMPS
  • Research adsorption isotherms and their applications
  • Investigate the effects of surface roughness on molecular adsorption
USEFUL FOR

Researchers in surface science, materials scientists, and anyone studying molecular interactions at solid-liquid interfaces will benefit from this discussion.

Philip Koeck
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TL;DR
What is the orientation of polar molecules at a solid-vacuum boundary
Assuming a completely clean and flat solid surface (metal and amorphous carbon as examples).
The surrounding vacuum is contaminated with water vapour at very low pressure.
In what orientation would the water molecules adsorb to the solid surface?
 
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