The phrase "adsorption leads" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in discussions about chemistry or materials science, where the process of adsorption is being described as a cause or factor leading to a specific outcome.
Example: "In this study, we found that adsorption leads to significant changes in the surface properties of the material."
Alternatives: "adsorption results in" or "adsorption causes".
However, when MSNPs are exposed to plasma, protein adsorption leads to opsonization and decreases blood circulation time.
NO adsorption leads to the formation of mononitrosyls, nitrite and nitrate species.
The difference in passivation capability is attributed to the difference in surface coverage on Ge(100 -2 100 -2here EDS adsorption leads to a saturation coverage 17% higher than that for NDS/Ge(100)-2 × 1.
On the other hand, CO3 adsorption leads to a charge transfer of 1.5 electrons from the metal to the adsorbate.
Over nickel, dissociative CH4 adsorption leads to H2 gas and to an accumulation of carbon species on the surface.
When characterising talc surface properties, it was found that CMC adsorption leads to an increase of the negative surface charge and to an increase of the wettability.
Programmed heating following adsorption led to desorption of both CO and CO2.
Single or multicomponent adsorption led to the preparation of homogeneously impregnated materials, which could be used in controlled drug delivery, sensor technology, catalyst design, etc.
The antiviral effect of GL was abolished by treatment 1 h after virus infection, whereas pre-treatment and treatment during and after virus adsorption led to a reduction in the cytopathic effect, reduced viral RNA within the cells and in the cell supernatants, and reduced viral hemagglutination titers.
Physical methods, which include precipitation, ion exchange, membrane filtration, electrochemical destruction, irradiation and adsorption, lead to the formation of sludge and various by-products.
Results in Tables 1 and 2 showed that immobilization through covalent adsorption led to more enzyme bound to Ag and Au nanoparticles, but is less active, than in the case of spacer-linked enzyme.
