micropores

the activated carbon contained numerous micropores, enhancing its adsorption capacity.

analyzing the pore size distribution revealed a significant presence of micropores.

micropores provide a large surface area for gas adsorption and liquid storage.

the catalyst's performance was strongly linked to the density of its micropores.

creating materials with controlled micropores is a challenge in materials science.

micropores in the membrane allowed for selective gas separation.

the presence of micropores improved the material's water retention properties.

researchers are exploring methods to engineer micropores into polymer structures.

micropores contribute significantly to the material's specific surface area.

the material's microporous structure facilitated drug delivery.

characterizing micropores is crucial for understanding material behavior.