Hydrophobic Interaction in Surfactants and Hydrocarbons

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Hydrophobic Interaction in Surfactants and
Hydrocarbons from the Pore Scale to the
Reservoir Scale Margaret S. Cheung, University of
Houston, Houston, TX 77204
The polymer collapse rates were greatest when
the shape of nanosized confinement follows the
conformations transitioning from unfolded to
folded states.
Pancake-shaped nanocontainer best enhances rates
of polymer collapse
Dominant conformations of a hexane in nano- water
droplet depend on the size of the droplet
Free energy as a function of end-to-end distance
of a hexane in water droplets of varying sizes
Hexane in a nano water droplet In all-atom
representation