Abstract
Liquid perfluorokerosine shows upward creeping similar to that of liquid helium. That is, when perfluorokerosine is put into a beaker, a thin liquid film spreads upwards on the inner surface of the beaker, creeps to the outer surface and drops into an external bath. The flow dynamics of a thin liquid film is studied and its Navier-Stokes equation is solved. A comment is given on the results of a preliminary experiment.
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