Sentence examples for conversion of metals from inspiring English sources
As a result of baking, almost complete conversion of metals to their corresponding chlorides was achieved.
Also, the fungi secrete fairly large amount of protein than bacteria; therefore, the conversion of metal salts to metal nanoparticles is very fast.
Nanoferrites are formed due to the conversion of metal salts into hydroxides that take place immediately, followed by the transformation of hydroxides into ferrites.
Electrochemical conversion of metal hexacyanoferrates into their oxides or hydroxides was successfully achieved and reported using nickel hexacyanoferrates (Ni-HCF).
This work could be conductive to the design of heterostructured photocatalysts contained metal oxide by pyrolytic conversion of metal-organic frameworks for significantly improved photocatalytic performance.
The approach involves a one-step conversion of metal supported on high surface area carbon to the metal phosphide utilising a very simple and scalable synthetic process.
Crystal conversion of metal-organic frameworks (MOFs) between different crystal topologies on a polymer substrate has been successfully achieved by localized dissolution of MOF crystals followed by a rapid self-assembly of framework components.
The corresponding values for F. subpinnata leaf extract including time of 3 min, temperature of 40 °C and metal salt-to leaf extract ratio of 1.07; while 72.22% conversion of metal salts into trimetallic oxide NPs was predicted by experimental design software.
The fundamental concepts of the FFC-Cambridge-type electro-deoxidation cell for the solid-state conversion of metal oxides to metals are revisited and, based upon these, an expression is presented which describes the transport of oxide ions across the molten salt electrolyte.
The drop-off in performance at temperatures ≤200 °C to incomplete conversion of metal hydroxide species into the fully coordinated oxide is attributed.
Acid precipitation may increase human exposure to several potentially toxic metals by increasing metal concentrations in major pathways to man, particularly food and water, and in some instances by enhancing the conversion of metal species to more toxic forms.
