Geometric effects on non-DLVO forces: relevance for nanosystems.

@article{Wood2014GeometricEO,
  title={Geometric effects on non-DLVO forces: relevance for nanosystems.},
  author={Jeffery A Wood and Lars Rehmann},
  journal={Langmuir : the ACS journal of surfaces and colloids},
  year={2014},
  volume={30 16},
  pages={4623-32}
}
In this paper, the surface element integration (SEI) method was used derive analytical force/potential versus distance profiles for two non-DLVO forces: Lewis acid-base and solvation forces. These forces are highly relevant in a variety of systems, from bacterial adhesion, nanoparticle suspension stability to atomic force microscopy (AFM) profiles. The SEI-derived expressions were compared with the more commonly utilized Derjaguin approximations in order to assess the effect of curvature on the… CONTINUE READING
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