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Summary Of: Capillary wave

Encyclodia Page On: Capillary wave

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ripple (physics) | ripple | Ripples on Lifjord in Øksnes, Norway. | | Øksnes | Norway | Capillary waves produced by droplet impacts on the interface between water and air. | | droplet | wave | surface tension | nature | wavelength | gravity | inertia | dispersion relation | angular frequency | surface tension | density | wavenumber | wavelength | Dispersion of gravity–capillary waves on the surface of deep water (zero mass density of upper layer, ρ′ = 0). Phase and group velocity divided by as a function of inverse relative wavelength .Blue lines (A): phase velocity, Red lines (B): group velocity.Drawn lines: dispersion relation for gravity–capillary waves.Dashed lines: dispersion relation for deep-water gravity waves.Dash-dot lines: dispersion relation valid for deep–water capillary waves. | | gravity | mass density | gravity waves | group velocity | phase velocity | air | water | cm | Richard Feynman | surface tension | hydrodynamics | kinetic energies | hydrodynamic | irrotational | potential | Laplace equation | Ocean surface waves | inviscid | incompressible | irrotational | potential | velocity potentials | potential energy | gravity | surface tension | kinetic energy | Monge | kinetic energy | Laplace equation | Green's identity | sinusoidal | phase | separation of variables | Lagrangian | | | water striders | | | Lamb, H. | ISBN 9780521458689 | ISBN 981-02-0427-2 | ISBN 0-521-29801-6 | R.P. Feynman | ISBN 0 471 94090 9 | Lord Rayleigh (J. W. Strutt) | doi | capillary action | dispersion (water waves) | thermal capillary wave | two-phase flow | ocean surface wave | Categories | Fluid dynamics | Waves |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Capillary wave".