The hydrophobic dog refused to drink and became dangerously aggressive.

The hydrophobic coating caused water droplets to bead up and roll off the glass.

The hydrophobicities of the polymer coatings were compared to determine which one repelled water most effectively.

The hydrophobicity of the polymer film prevented water from penetrating the coating during testing.

The molecules aligned hydrophobically, causing the fabric to shed water.

They found that the hydrophobical coating prevented water from penetrating the fabric during the heavy rain test.

At the symposium, the team presented novel techniques in hydrophobics that promise to enhance surface coatings and biomedical devices.

The hydrophobe aggregated at the surface, repelling water molecules and forming a dry layer.

Hydrophobes clustered together at the oil-water interface during the experiment.

The hydrophobous coating caused water droplets to bead up and roll off the surface.