capillarity

The principle of capillarity: that it be communicated to all the players present.

The drying action of a bath towel is also due to capillarity.

Water moves in soil under the influence of gravity, osmosis and capillarity.

If the capillarity is too great, the molten wax streams down the side of the candle.

He used the capillarity principle which allowed air to induce a steady and even flow of ink.

Archimedes' principle does not consider the surface tension (capillarity) acting on the body.

There are complex relationships between cohesive and adhesive forces when it gets to the level of capillarity.

However, no experimental evidence suggests that increased capillarity is required in endurance exercise to increase the maximum oxygen delivery.

A capillarity based water pump functions using small ambient temperature gradients and vapour pressure differences.

Water moves in a drained field under the influence of pressure where the soil is locally saturated and of capillarity pull.

The wick's capillarity determines the rate at which the melted hydrocarbon is conveyed to the flame.

Albert Einstein publishes his conclusions on capillarity.

Volume 2 deals with capillarity.

Between 1658 and 1661 Thévenot conducted experiments on capillarity and the siphon.

Fallacy of determining electrical charge of colloids by capillarity.

Walker's answer involves qualitative arguments of capillarity, negative feedback, and latent heat of vaporization.

He gained international recognition first by his innovative work on capillarity, then by his refined experimental methods and extensive field studies in gravity.

Between 1859 and 1861, he worked on the capillarity of liquids and the workings of the spectroscope in Heidelberg.

Capillarity is due to the adhesion of the liquid to the sides of the tube, and to the surface tension of the liquid.

This means that gravity is considered to be preponderant over the other forces acting on the hull (viscosity, capillarity, cavitation, compressibility, etc.).

Capillary Action, or Capillarity, the tendency of liquids to rise or to be depressed in tubes of small diameter.

Capillarity is the result of cohesion of water molecules and adhesion of those molecules to the solid material forming the void.

Surface tension, combined with adhesion (the attraction of molecules for other substances) explains capillarity, the tendency of liquids to rise in narrow tubes.

"The yellow microfibers show no sign of capillarity or blotting, which indicates that no liquid was used to create the image, which rules out paint.

"Leyel Forska, the font of capillarity.