Sentence examples for stabilization of copper from inspiring English sources
Fig. 4 Stabilization of copper nanoparticles by santin.
Hypothetical mechanisms of reduction of the copper ion by quercetin, stabilization of copper nanoparticles by santin, antimicrobial activity, and reduction of 4-nitrophenol with diagrammatic illustrations are given.
The mechanism of reduction of copper ion by quercetin and stabilization of copper nanoparticles by santin is described in this paper.
Furthermore, high hydrothermal stability of the CuSSZ-13 catalyst is correlated to the favourable location of Al atoms in the zeolite lattice which prevents dealumination and also to the resulted from this stabilization of copper Cu+ active sites.
The peak of dissolution of copper adatoms in the nitrate solution is shifted in the positive direction, as compared to the nitrate free solution, due to the stabilization of copper adatoms by adsorbed NO.
In particular, magnesium hydrogen carbonate treatment consistently resulted in a good contribution to the stabilization of copper-containing paper [4, 16, 17].
Concerning deacidification treatment, despite the high catalytic activity of Cu II) under alkaline conditions, alkaline earth carbonates still bring about the stabilization of copper-catalyzed degradation of paper.
In any case, according to previous studies, TBAB treatment in combination with a deacidification treatment seems to be promising for the stabilization of copper-containing paper.
On the basis of the structure analysis, we conclude that the nitrogen atoms do not contribute to the stabilization of the copper atom.
At present, we consider steric effects as a major cause of the radical yield decrease below 1% CuO content; however, electronic effects such as a lack of stabilization of reduced copper cannot be ruled out.
Electrochemical reduction of copper ions in poly 3,4-ethylenedioxythiophene) (poly 3,4-ethylenedioxythiophenetential or low current density, allows for stabilization of Cu(I) sPEDOTs in the performedater.
