What is electroosmosis?
In the phenomenon called electro-oxes, fluids can be moved by small spaces in the barrier when an electric charge occurs. It occurs in natural substances such as soil, as well as in masonry products such as brick and cement. Analysis of electroosmos physics is performed by modeling small tubes called micro -channels. The wall of the canal in the soil or concrete has positively charged ions. The inner surface is negatively charged and creates an electric double layer that causes the movement of the fluid. Fluids usually move at the same speed over the width of the tube or space, but on the microscopic level there is a layer of slower moving liquid, where there is a positive charge. In biology, this can explain how the liquid moves small pouches in plants called vascular electrosmosis of plants. Water pumped from the soil must be stretched by stems and branches of trees and plants to achieve nutrients everywhere.
Next PROOSS are found together with this type of osmosis, such as the movement of charged particles in fluid or electrophoresis and the actual movement of this fluid in the electric field called electroendosmosis. The characteristics of these processes can be measured and modeling scientifically. This allowed engineers to create ways to use electro-osmosis as an advantage rather than being a burden in households and construction engineering projects.
people used it to decontaminate water and create barriers, which make the soil on the hills more stable. Soil characteristics can naturally change by adjusting how thick the electric double layer is, which can affect the acidity of the soil. Changing the Moisture content of the ALSO allows more efficient ways to change the volume and adherence to different types of soil. These changes can be modeled so that the scale in the laboratory, so engineers know how best to use the physics of electroosmosis in the real world.
When maintaining water outside the basement, several ways have been designed and electromosity is the effecta way to prevent moisture off the walls. Water can be maintained outside the wall cavity using an electroosmosic damp system that adds electrical voltage through titanium anodes to prevent fluids in the ground. Moisture then flows harmlessly back into the ground.