Sentence examples for modification of nanostructured from inspiring English sources

We report a modification of nanostructured WO3 films by doping with boron.

This review focuses on the recent work on the design, fabrication and surface modification of nanostructured MOSs to improve the performance of ESCs.

Nevertheless, the modification of nanostructured materials by their encapsulation in polymeric materials and further saturation with antitumor drugs and specific antibodies seems to us promising area of research [54].

In comparison with PECVD or high-energy laser [22] processes the application of liquid formulations by dipping or spraying facilitates a less elaborate or milder surface functionalization, resulting in thinner layers allowing for instance the modification of nanostructured substrates [33, 34].

More importantly, recent development in chemically modification of nanostructured electrodes, including surface modification with catalyst and plasmonic metallic structures, element doping and incorporation of functional heterojunctions, have led to significant enhancements in the efficiencies of charge separation, transport, collection and solar energy harvesting.

Also, upon modification of the nanostructured surface with a monolayer of cysteine, the electrochemical response of immobilised cytochrome c in two distinct conformations was observed.

Through the modification of existing nanostructured materials one can control and tailor the properties of such materials in a predictable manner, and impart them with biological properties and functionalities to better suit their integration with biomedical systems.

Surface modification of ultra-small nanostructured lipid carriers (usNLC) via introduction of a positive charge is hypothesized to prompt site-specific drug delivery for glioblastoma multiforme (GBM) treatment.

He is an internationally recognized expert in the inter-related fields of laser/plasma-based synthesis, modification, nanoassembly, and characterizations of nanostructured materials (including nanotubes, nanoparticles, nanohybrids, and thin films) and their applications for advanced devices.

Changing the surface structure and surface chemical modification, the wetting performance of nanostructured surface can be controlled from hydrophilicity to superhydrophilic or superhydrophobicity, from adhesion with water to antiadhesion to water.

The recent introduction of nanostructured surface modification techniques has opened a new chapter in the study of boiling phenomena and the development of very high heat transfer systems.