Sentence examples for which can be suitable from inspiring English sources

Doping by N atom changes the band gap from indirect to direct, which can be suitable for optical applications.

The developed method aims to set up a unified mathematical approach which can be suitable for arbitrary multi-layers composite of synthetic fibers in reinforcement structure.

The optimum gain and desired radiation characteristics have been obtained for all proposed antennas, which can be suitable for UWB applications.

The model also contains the capability of pig-tracking and slug-length-increasing model, which can be suitable for engineering design.

However, MgO showed a slow conversion rate (50%% for ~7 h) for the condition [PCO2 (~18 19 bar), PH2O (~1–2 bar) and 300 350 °C] which can be suitable for pre-combustion capture process.

By size control of quantum dot and external voltage, one can design a four level quantum dot with appropriate energy levels which can be suitable for controlling the optical bistability and multistability by terahertz signal field.

Evaporated cane juice can be substituted cup for cup for regular white sugar, and has the advantage of having a relatively neutral flavor, which can be more suitable for delicate pastries and cakes.

The emulsions prepared with TMSE were found to be still flowing at even 1 °C, which can be highly suitable for flow in cold environments.

The substitution of methylammonium ion with silver can extend the dimension of all inorganic active material maintaining its 3d structure, which can be more suitable for photo harvesting due to its uniform nature.

These strength values are substantially higher than any previously reported data for 45S5 Bioglass® scaffolds and imply that robocasting is the first technique which can be considered suitable for producing vitreous 45S5 scaffolds with a sufficient mechanical integrity for any practical application.

As a consequence, a great enhancement of ZT with a maximum of 1.47 at 823 K has been achieved in the (CuInTe2)0.99(2ZnTe 0.01 with 0.1 wt% TiO2 nanofibers sample, which can be a suitable p-type candidate to couple with other high performance n-type materials for middle temperature TE power generation.