Sentence examples for absorption activities from inspiring English sources

At the morphological scale, changes in the diameter of tubules and cellular composition of epithelium along the different zones have been observed corresponding at the physiological level, in differences in secretion and absorption activities.

One of the most active inhibitors, compound 20 exhibited stronger in vitro cholesterol absorption activity than ezetimibe, no cytotoxicity in HEK293 and RAW264.7 cell lines and satisfied lipophilicity.

The optical characterization revealed that the photoabsorption and absorption activity are correlated with the energy of irradiation.

The synthesized silver/silica/kaolinite particles were found to have a higher electromagnetic absorption activity compared with silica/kaolinite.

The hydrogen absorption activity has been studied and a maximum of 2 wt% hydrogen storage capacity was observed.

The results demonstrated the integration of near-infrared absorption activity of Co3O4 with the low-temperature thermocatalytic activity of amorphous MnOx and excellent PTC activity was achieved.

In addition, SL4 displays two-photon absorption activity when dissolved in water, which can be effectively used in two-photon bioimaging for its reasonable two-photon absorption cross-section.

We propose that the initial O2 absorption activity of MN4 or MN2 catalysts in the oxygen reduction reaction be considered on the basis of the relative binding of O2 to H2O.

The concentrations of adsorbed oxygen and oxygen vacancy in In2O3 were increased after H2O2 treatment, resulting in the enhancement of visible light absorption activity of the H2O2-treated In2O3.

A novel thioether derivative with two-photon absorption activity, 4,4'- 4- dimethylamino phenyl)methylene)bis (sulfanediyl)dianiline (abbreviated as L), was designed and synthesized, which was used to couple with Ag nanoparticles (Ag NPs, ∼6 nm) to construct L-Ag hybrid particles with L uniformly dispersed on the surface of Ag NPs.

The synthetic approach developed in this work will have the potential to modify the band gap of CeO2 nanoparticles which allow one to design new material with enhanced absorption activity, better control over growth, stability of nanoparticles which find potential impact in the development of solar cells.