Controlled fabrication of hierarchical WO₃hydrates with excellent adsorption performance

Hydrothermal preparation and supercapacitive performance of flower-like WO3·H2O/reduced graphene oxide composite

“…Based on the above experimental results and other previous work [13,22,40,41], the formation process of the flower-like WO 3 ·H 2 O/rGO composites can be illustrated by Fig. 5.…”

Thermodynamic properties of dilute solutions of various elements in liquid lead

“…Six compounds are formed in the system, with two of these melting congruently: Pu 5 Pb (mp 1385°C) and PuPb 3 (mp 1139°C). Optimized data on the thermodynamic properties of separate phases were reported in [108].…”

“…No reliable data on the thermodynamic properties of dilute solutions of thorium in liquid lead were reported. According to [107,108], the compounds UPb 3 and UPb are formed in the lead-uranium system, there is a broad phase-separation region in the uraniumrich part of the system, and the critical temperature is estimated at 2845°C. Results obtained by optimizing the thermodynamic properties of separate phases of the Pb-U system, including the liquid phase, in terms of the subregular model [108] are presented.…”

“…According to [107,108], the compounds UPb 3 and UPb are formed in the lead-uranium system, there is a broad phase-separation region in the uraniumrich part of the system, and the critical temperature is estimated at 2845°C. Results obtained by optimizing the thermodynamic properties of separate phases of the Pb-U system, including the liquid phase, in terms of the subregular model [108] are presented. In [109], the electromotive-force method with a NaCl-KClUCl 3 (5 wt %) molten electrolyte was used to study liquid alloys in the Pb-U system in equilibrium with the compound UPb4 (660-870°C).…”

Tailored synthesis of macroporous Pt/WO3 photocatalyst with nanoaggregates via flame assisted spray pyrolysis

“…Extensive efforts have been made in recent years to improve the catalytic performance of WO 3 , including morphological control by nanostructuration and doping with a co-catalyst as an electron trap. [7][8][9][10][11][12][13][14] However, the reported nanostructuration and co-catalyst doping methods [15][16][17] generally give low pro-duction yields and are time consuming. Highly efficient methods for synthesizing nanostructured particles are needed for industrial applications.…”