Sentence examples for materials as novel from inspiring English sources

Ionic liquids (ILs) are promising materials as novel solvents for such processes as chemical reactions [1], extraction [2], catalysis [3] and gas absorption [4].

However, development of COF materials as novel stationary phases in high performance liquid chromatography (HPLC) is just in its infancy.

Recent advances in surface grafting of polymers onto carbon materials, such as carbon black, graphite powder and carbon nanotubes, and the application of polymer-grafted carbon materials as novel functional materials have been mainly reviewed [8 10].

For practical use of C. longa rhizome-derived materials as novel anti-AD products to proceed, further research is needed to establish their human safety and whether this activity could be exerted in vivo after consumption of the product by humans.

For practical use of the root-derived materials as novel antibacterial products to proceed, further studies are needed to establish their human safety and whether this activity is exerted in vivo after consumption of A. heterotropoides root extract and its constituents by humans.

The clustering of M@C2n into nanoparticles and the spin-leakage of the fullerene shell are worth consideration in view of designing novel composite magnetic materials, as well as novel pharmaceuticals for magnetic resonance imaging.

This research provides valuable guidance to the design of high-performance EWA materials as well as novel MOFs based hybrids.

Because the material platform is critical for the realization of practical plasmonic and metamaterial devices, an exploration of the capabilities and advantages of the proposed new plasmonic materials as well as novel device concepts with alternative materials are described.

The ability to grow different morphologies just by controlling solution growth parameters may open up new avenues to solution growth and provide systems to study natural growth behavior of materials as well as their novel applications.

The appearance of Ag-MNP-induced porosity results in the formation of a nanoporous nanocomposite material with enhanced mass transfer characteristics, which in turn, must improve the performance of corresponding sensors and biosensors based upon these novel materials as well as the bactericide assays.

Other new fabrication strategies and novel interface materials, as well as future applications of the optrode arrays, are avenues for further investigations.