Sentence examples for generating silver from inspiring English sources

For instance, Mirkin and co-workers [28, 29] demonstrated a photochemical synthesis method for generating silver nanoprisms at room temperature.

Herein, the novel self-accelerated ECL emitters of silver nanoparticles functionalized SnO2 nanoflowers (Ag@SnO2 NFs) were first prepared by in situ generating silver nanoparticles on the surface of SnO2 nanoflowers via silver mirror reaction, which exhibited high-intensity ECL emission with the maximum emission peak at 542 nm in the case of S2O82− as a co-reactant.

Electrochemically generated silver ions produce AgCl or a complex with BSA.

As a result of oxidation the surface of the silver particles generates silver ions which dissolve in the water.

Besides, ozone gas will react with silver films and generate silver oxide which will increase the electrical resistivity of the films.

The carbonization of silver nanoparticles at 500 °C resulted to the loss of starch vermicelli capping nanoparticles and this led to the higher diffusion rate of nanoparticles to generate silver nanodendrites on TEM images.

The unreacted salt might be gathered around the new generated silver particles and reduced on their surface, which resulted in a larger size distribution of the as-formed silver nanoparticles.

Dithiophosphates act as a surfactant to coat the newly generated particle surface, coordinating their P = S groups on the newly generated silver particle surface; the hydrophobic carbon tails of the dithiophosphates are pointed outwards from the surface of the particles.

In addition, Chen and Carroll reported a surfactant-assisted method to generate silver nanodiscs (e.g., triangle, truncated, and spherical particles) in water by ageing at 40°C for a few hours [42].

> -wrap-foot> We also compared the performance of our NERs trained on our generated silver corpus against the same NERs trained on other, domain-related gold standard corpora.

Using these data, we have developed an empirical model for nanoparticle concentration reduction using recirculation air filtration and evaluated the model against experimental data of nanoparticle concentration reductions while generating airborne silver nanoparticles in an enclosed area.