Sentence examples for metal nuclei from inspiring English sources
Upon subsequent heating, the metal nuclei grow, or "strike," developing strong colours (red for copper and gold, yellow for silver) in the ultraviolet-exposed regions of the glass.
By heating the aqueous solution in the presence of metal ions and CTS-g-PVAc, the metal nuclei reduced within the core.
Like most metals, the growth of both Au and In thin films on single crystals of NaCl follows the Volmer Weber mode, i.e. formation of metal nuclei first, and then grain growth and coalescence of the particles to form a continuous thin film.
As they knock into the metal nuclei, the electrons emit powerful gamma rays that bathe a uranium target nearby, causing some of the atoms to fission.
The accumulation of the metal atoms at the surface results in the formation of metal nuclei that grow and form metal nanoislands.
For instance, the antibacterial activity and cytotoxicity effects of inorganic nanoparticles were closely related to their size as well as shape, that is, minor the metal nuclei, higher the activity [58].
Under pyrolytic or oxidative pyrolysis conditions at temperatures above approximately 600°C (zone 2), the metal seed nuclei promote reactions with gas-phase organic species to form a carbonaceous layer, resulting in nanoparticle growth (zones 2 and 3).
In metals, the nuclei are influenced by an interaction between the spins of the conduction electrons (electrons not bound to atoms that move freely through the metal) and the applied field.
In addition, some metals serve as nuclei for others to grow on.
The MIF formation occurs because the glass surface is a stronger sink for neutral silver atoms than the arising nuclei of metal silver in the bulk of the glass [25].
For example, it is assumed that in the case of Ginkgo biloba plant extracts, it is the transformation of quercetin (flavonoid) which plays a main role in the reduction of copper metal ions into copper nuclei or CuNPs due to the change of enol form to keto form as shown in Fig. 3.
