Mitochondria demonstrate kiss-and-run fusion in exchanging inner membrane materials.

Due to their low modulus, the mechanical impedance of the actuators, they are well-matched to common optical membrane materials.

Another drawback to this technique is that while imaging the hole, the ion beam is continually sputtering membrane material away.

It is typically used as a membrane material in hygienic diaphragm Valves.

Common membrane materials include sintered glass, porous porcelain, polytetrafloroethane or polypropylene.

They are usually made of a breathable membrane material to let sweat permeate, keeping the wearer dry and comfortable all day.

Here the thickness of the membrane has to be smaller than the penetration length of the ions in the membrane material.

The free fat and released membrane materials disrupt thin water layers and burst more bubble walls.

Winding the membrane material like paper towel on a tube allows much larger amounts of membrane surface to fit in a given space.

And the membrane materials themselves have evolved to the point where they can reject more than 99 percent of the total dissolved solids.