capillary action

The name comes from the fact that no capillary action is used.

Another concern is water entering from below by capillary action.

Capillary action can be demonstrated with paper and colored water.

Capillary action also takes place inside the human body.

However, the incident was again attributed to capillary action by scientists.

Trees use capillary action to draw water from the soil up into their leaves.

"You can't get fluid very high with just capillary action."

It can form when water rises through capillary action.

Capillary action is also a result of surface tension.

Capillary action allows the lizard to suck in water from all over its body.

It had saturated itself and its sock, too, through the magic of capillary action.

The movement of moisture through the mesh is controlled by this capillary action.

Capillary action also takes place when the workpieces are very close together or touching.

A little about capillary action: water is attracted to the walls of the plant's vein.

Trees use capillary action to pull water higher than 10 m but the forces at work aren't the same.

Capillary action can be seen when a corner of a paper towel is touched to spilled water.

This separation must be minimal to afford capillary action for water distribution.

Infiltration is governed by two forces: gravity and capillary action.

The wick draws up water through capillary action from a container below.

When you water a plant, it sucks up the water through capillary action.

That capillary action could be quite a pleasant sensation.

Surface tension and capillary action are important in biology.

If the tent is canvas, capillary action allows water to enter when touched.

Capillary action brings the venom out of the tooth and into the victim.

Capillary action drew water up through the towel covering the jug.