Sentence examples for surface chemical functionalization from inspiring English sources

Similar to ZnO, Au has been accepted as suitable material for biocompatibility, high conductivity and surface chemical functionalization [21 23].

The surface chemical functionalization generally endows gold nanoparticles (Au-NPs) with expanding applications in sensors, medicine and catalysis because of the synergistic effect.

Also, strategies for improving the photocatalytic hydrogen-production efficiency of carbon-based photocatalytic materials are discussed in terms of surface chemical functionalization of the carbon materials, doping effect of the carbon materials and interface engineering between semiconductors and carbon materials.

In this study, highly stretchable anisotropic structures are designed to investigate the behaviour of silver electrodes on polydimethylsiloxane. Treated using both the oxygen plasma and the surface chemical functionalization technology, the film resistivity was reduced to 5.856 × 10−9 Ω m after annealing at 150 °C for 30 min, which is equal to that of commercial silver films on glass.

Guar gum can be readily modified by surface chemical functionalization to broaden its application in different areas [ 9].

There are considerable advantages of effectively immobilizing enzymes for modifying nanomaterial surface properties and grafting desirable functional groups onto their surface through chemical functionalization techniques.

The number of functional groups that arise on the surface of carbon due to UV/ozone treatment and functionalization ozone significantly is less as compared with the number of functional groups joining the carbon at the surface after chemical functionalization (acetone treatment).

A simple surface chemical bi-functionalization procedure, involving micro-contact printing of silane molecules is presented.

Surface changes related to wettability, chemical functionalization, surface energy, and morphology after plasma treatment were investigated using water contact angle (WCA) goniometry, X-ray photoelectron spectroscopy (XPS), and atomic force microscopy (AFM).

A large quantity of drug could be loaded because of high surface area through chemical functionalization, π-π stacking and hydrophobic interactions both inside the pores and at the nanosphere surface as compared to simple physisorption.

The response of the BSW to the model virus leads to the conclusion that the BSW mode is able to monitor changes in refractive index to detect large organisms such as cells, bacteria, and viruses that are selectively bound to the surface using appropriate chemical functionalization.