Sentence examples for optical active from inspiring English sources

In addition, individually, Ag NPs have a high antibacterial activity [64], Au NPs are optical active [65] while Fe3O4 NPs are supermagnetic [9].

The nanostructure design of various optical active materials based on different compounds of MexSiOy is discussed.

Just like the optical active layer, the scattering layer can accommodate electrons.

Composed of sub-micron TiO2 particles, the scattering layer covers the top of the optical active layer composed of nano TiO2 particles to together form the "optical active layer/scattering layer", the double-layer skeleton microstructure of the photoanode in dye sensitized solar cells (DSCs).

It is reasonable to infer that the main transport process occurs in the optical active layer and the recombination rate of the scattering layer is higher than that of the optical active layer within a certain bias range in a DSCs with the double-layer skeleton microstructure of the photoanode.

Furthermore, due to the functionality of the phenylethynyl substituents at silicon, these compounds may serve as optical active tools and precursors for the introduction of interesting physical properties into new materials for different applications.

A compound that displays this ability is called optically active (see optical activity).

In this paper, we compare the theoretical and simulated bit error rate (BER) performance of an all-optical active recirculating fibre loop buffer (RFLB) employed at the transmitter node of an optical time division multiplexed based (OTDM) system, for several buffer storage times (delays).

One particular application is for monolithic integration of optical-active components with electronic devices.

Based on the experiment results, current transient response, morphological observations, compositions of the formed layers, and OES spectra of optical-active species during MAO process, the phenomena and mechanisms in each MAO stage were expounded.

In this study, optical emission spectroscopy (OES) was employed in-situ to systematically unveil how the optical-active species in the discharge manipulate the microstructure formation of the MAO layers on titanium, and hence determine the optimal operation conditions of the MAO process.