Spatially patterned static roughness superimposed on thermal roughness in a condensed phospholipid monolayer

  • Schief W
  • Hall S
  • Vogel V
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Abstract

Imaging of diffuse light scattering in reflection from a phospholipid monolayer at the air/water interface has revealed a previously undetected separation of the monolayer into two regions distinguishable by the intensity of their scattering. In monolayers of L-dipalmitoyl phosphatidylcholine in the condensed phase, chiral-shaped domains are surrounded by a brighter region that covers approximately half the monolayer. While the scattered intensity from both regions increases with surface pressure in a manner consistent with scattering from thermally induced capillary waves, the additional scattering from the brighter region indicates a static surface roughness superimposed on the thermal roughness.

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Authors

  • W. R. Schief

  • S. B. Hall

  • V. Vogel

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