It was shown that ZNs maintained their initial morphology and crystallinity in the hybrid and the luminescence quenching of yellow-green emission of ZNs confirmed the electron transfer from excited ZnO to GO sheets.
Indeed, it was shown that zinc protoporphyrin IX (Zn II PPIX) or its pegylated derivative, a potent HO inhibitor, can exert significant antitumor effects against several tumors in mice [ 14- 16].
It has also been shown that intermediate levels of Zn (50 to 200 mg kg-1) applied to a sandy loam at pH of 4.1 caused PF populations to increase, suggesting that higher root leakage diminished the plant's defense mechanism (Korthals et al. 1998).
In spite of low equilibrium Zn vapor pressures for the investigated temperature range, it has been shown that the sublimation rate of Zn can be rather fast in high vacuum (∼30 s for a ∼2 μm particle).
It has been shown that the oxidation of solar Zn by CO2 could be almost completed at temperatures as low as 350 °C in the matter of minutes (∼90% conversion in 180 s).
It has been shown that the concentrations of Cr, Ni, Zn in the finest fraction (<0.3 μm) of street dust can be one order of magnitude higher than the concentrations of elements in bulk sample.
Through this work, it has been shown that Zn Mg Al additives with the varying Mg contents and Lewis acidity made by impregnating Zn on Mg Al spinels were able to give a significant impact on the conversion of VGO feed, coke formation, and sulfur reduction of FCC gasoline in the MAT experiments when blending with base FCC catalyst.
It has been shown that Cu,Zn-nanoparticles decreased the negative effect of drought action upon plants of steppe ecotype Acveduc.
It was shown that oral Zn supplementation with high doses was able to counteract this loss, improve intestinal mucosal integrity as well as absorption of water and electrolytes [ 12, 14].
Through the EDX elemental mapping of a ZnO-CuO mesocrystal (Fig. 2a), it is shown that elements O, Zn, and Cu are uniformly distributed in the mesocrystal (Fig. 2b d).
