These results suggest that ISFET biosensor responses to creatinine can be tailored and enhanced upon carefully controlled alteration of zeolite parameters used to modify electrode surfaces.
Those methods, which allow the pore structure to be tailored or controlled, are considered the most favorable processing techniques.
Their unique optical, magnetic, and electronic properties can be tailored by controlling the composition, size, shape, and structure.
By virtue of the characteristics of arc ion plating (AIP) technique, the structure and composition of (Ti,Al N coatings can be tailored by controlling N2 partial pressure and substrate bias.
Importantly, the mechanical properties of the Al 12Si can be tailored through controlling the precipitation and coalescence of the Si particles by varying the solution heat treatment time.
Colloidal NCs consisting of two (or more) different semiconductors (i.e., heteronanocrystals, HNCs) offer even more possibilities regarding property engineering, since the carrier localization regime in these materials can be tailored by controlling the composition, size, and shape of each component and the architecture of the HNC.
Some of them are biodegradable, non-toxic, and biocompatible, and exhibit porous network that can be tailored to control the rate of drug release [2].
The ethylmaleimide and BMI were uniformly incorporated throughout the polymer, which allowed the thermal performance of the foams to be tailored by controlling the concentration of ethylmaleimide and BMI modifiers.
