F. Brochard et al., DEWETTING IN THE INERTIAL REGIME - APPEAR ANCE OF CAPILLARY WAVES, Comptes rendus de l'Academie des sciences. Serie II. Mecanique, physique, chimie, astronomie, 321(9), 1995, pp. 367-370
A film of water deposited onto a hydrophobic glass surface is metastab
le and dewets the surface by nucleation and growth of a dry spot. For
a film thickness of the order of e approximate to 500 mu m, the spot g
rows with a constant velocity, of the order of 20 cm s(-1). The spot i
s surrounded by a rim which collects the liquid and by waves that prop
agates at a velocity comparable to the rim velocity: the rupture of th
e film is inertial and is coupled to capillary waves.