Synthesis of zinc phosphate and zinc ammonium phosphate nanostructures with different morphologies through pH control

Zinc Ion-Induced Assembly of Crystalline Carbon Dots with Excellent Supercapacitor Performance

“…The diffraction pattern of Zn, P-Cdots, comprising multiple sharp peaks, was remarkable (Figure 1i), revealing the formation of a wellordered nanostructure in the as-synthesized residuals with exceptional crystallinity. As represented in Figure 1i 18 Also, it is important to mention here that the observed d-spacing values of 0.26, 0.29, 0.33, 0.45 and 0.91 nm in HRTEM analyses (Figure 1d−h) and 0.18 and 0.24 nm (Figure S2f) were found to be substantially similar to the dspacing values of orthorhombic hopeite structure. The observed peak positions as well as the assigned peak details are included in Table S1 in this regard.…”

Low Temperature Phosphoric Acid Treatment of Zinc Oxide for Nobel White Pigments

“…Sample treated for 6 hours indicated higher reflectance at ultraviolet region than others. Because zinc phosphate had the high reflectance at ultraviolet region [6], samples treated in this work indicated higher reflectance than zinc oxide at this region. From the above ICP results (Table 1), sample treated for 6 hours included higher ratio of zinc phosphate than those for 1 and 3 hours.…”

“…Phosphates have been used for ceramic materials, catalysts, adsorbent, fluorescent materials, dielectric substances, biomaterials, for metal surface treatment, as fertilizer, detergents, food additives, in fuel cells, pigments, and in other applications [5,6]. Phosphate materials are well known to have high affinity for living organisms [7].…”

Surface Modification of Titanium Dioxide for Nobel White Pigment With Condensed Phosphoric Acid Treatment

“…4,5 Phosphate materials are well known to have a high affinity for living organisms. Therefore, as components of novel white pigments, phosphates can be expected to have useful applications in cosmetics.…”