The structural control of TiO2 MSCs can be easily realized by tailoring growth conditions, such as Ti-source concentration and OA dosages.
It was demonstrated that the quality of epitaxial layers is dependent on the growth parameters and that the Sn content in epi-layers could be tailored by growth temperature.
This broad range of environmental information is processed by integrated signaling networks that tailor growth and development to best fit ambient light conditions.
The APCVD conditions have been optimized to synthesize a single-layer graphene by tailoring the growth temperature and CH4/H2 flow rate.
This study also demonstrates the potential application of PEM apparatus attached to a superimposed HiPIMS-MF deposition technique for tailoring the growth of multicomponent metal nitride hard coatings.
The morphologies, the thickness, and the density of as-grown flower clusters can be readily tuned by tailoring the growth time and Na2H2L/Gd3+ molar ratio.
In this context, researchers have proposed different approaches, including strategies to increase the aspect ratio of the nanotubes (Jo et al. [10]), to chemically functionalize them (Jha et al. [11]) or to tailor their growth sites through patterning techniques (Hazra et al. [12]).
More efficient woody biomass production for biofuels could also be accomplished by tailoring the growth and dormancy cycle to the environmental conditions where the plants are grown and could lead to increased primary productivity of temperate perennials grown in short rotation biomass plantations.
While the analysis presented here was tailored for void growth and coarsening, it can be easily generalized to particle growth and coarsening by mass or/and heat diffusion in multi-component and multi-phase driven systems.
The model combines a hydrology component based on the Richards' equation for characterizing variably saturated groundwater flow, with a vegetation component described by Lotka Volterra equations tailored for plant growth.
