Permeability example sentences

"Permeability" Example Sentences

The permeability of the membrane determines how quickly substances can pass through it.
They tested the permeability of the new polymeric coating.
Permeability is reduced by cross-linking the polymer chains.
Skin has high permeability to water and low permeability to oils and salts.
Gas permeability is an important property for packaging films.
Selective permeability is crucial for cell membranes.
The concrete has very low permeability to water.
Permeability to oxygen is necessary for plant roots.
The soil has high permeability due to the large pore spaces between particles.
Permeability depends on the size of the molecules trying to pass through.
Membrane permeability decreases at colder temperatures.
Impermeable barriers prevent water permeability.
Permeability increases with pore size and porosity.
Composites often have anisotropic permeability.
Gas permeability is essential for respiratory systems.
Selective ionic permeability generates electrical potentials across membranes.
Nanoparticles can increase barrier permeability.
Cross-linked polymers exhibit reduced permeability.
Moisture permeability affects the durability of coatings.
The rock has extremely low permeability to fluids.
Contaminant permeability through soil depends on many factors.
Solvent permeability causes polymer swelling.
Permeability depends strongly on chain packing and crystallinity.
Water permeability leads to dampness and mold growth.
Root hairs increase soil permeability for plant uptake.
High permeability allows easy fluid flow through rocks.
Permeability testing is required for many applications.
Permeable membranes allow for gas exchange.
Hydrophobic coatings inhibit moisture permeability.
Fillers and additives can be used to control permeability.
Ion exchange membranes have selective ionic permeability.
The permeability coefficient describes how fast a substance diffuses across a membrane.
Waterproofing agents reduce permeability to liquids.
Plasma treatment can increase membrane permeability.
Permeability is defined as the ease with which a substance can pass through a material.
Steam permeability is an issue for some fabrics.
Powder permeability affects bulk density and flow properties.
Permeability declines as polymers age and degrade.
Freeze-thaw cycles can increase concrete permeability.
Oxygen permeability determines the shelf life of respiring produce.
Permeability varies based on material crystallinity and morphology.
Layered materials often have anisotropic permeability.
Catalysts must have high permeability to reactants.
Gas-permeable membranes allow respiration through plant leaves.
Permeability depends on factors like porosity, thickness, and pore size distribution.
Permeable clothing allows sweat to evaporate, keeping the wearer cool and dry.
Pressure and temperature affect membrane permeability.
Permeability rates can be measured using diffusion experiments.
Fractal structures often exhibit enhanced permeability.
Pressure differentials drive flow through permeable materials.
Impermeable barriers slow water infiltration and contaminant transport.
Gas permeability is critical for fuel cells and membrane reactors.
Crosslinked rubber has lower permeability than natural rubber.
Nanoporous materials exhibit superpermeability to some gases.
The permeability coefficient describes how quickly a substance crosses a membrane.
Diffusion through membrane pores impacts permeability.
Increased permeability allows for faster and more complete curing of coatings.
Plasticizers can increase the permeability of polymers.
Composite reinforcements influence permeability anisotropy.
Permeability influences the flow rate of gases through porous materials.