Furthermore, the obtained hydrogen electrode is one of the most active catalysts toward HER, even comparable with the benchmarking platinum carbon catalyst. It has the potential to be fabricated and employed as the working electrode for large-scale electrolytic generation of hydrogen from water.doi:...
The electrochemical studies indicate that all complexes can be used as low-cost robust molecular eletrocatalysts for the reduction protons to hydrogen in the presence of TFA and a possible ECEC mechanism for electrocatalytic hydrogen evolution has been also proposed.Mou, Wen-YuLi, TaoXie, Bin...
17 – – NiTiO3/Fe2P – Hydrogen evolution [70] 18 Hydrothermal – Mg-NiTiO3/TiO2 – Hydrogen storage [71] 19 Sol-gel – NiTiO3 – Magnetic properties [72] 20 Sol-gel 2.9 Nickel(II) acetate tetrahydrateTitanium(IV) butoxide – Li-ion batteries [73] 21 Molten salt – TiO2 snd NiO...
Fe and P co-doped WO2 nano-polygonal pyramid (Fe-P/WO2), as a precious-metal-free electrode catalyst for hydrogen evolution reaction (HER), was successfull... LCX Sun - 《Chemistry Letters》 被引量: 0发表: 2019年 Immobilization of tungsten disulfide nanosheets on active carbon fiber as ...
Carbon, hydrogen and nitrogen analyses were analyzed at the Microanalytical Center, Cairo University, Egypt. Analyses of the metal ions were carried out after decomposition of the solid complex in hot concentrated HNO3, then diluted with bidistilled water and filtered to remove the precipitated ligand...
Ensembles of nanotubes have been used for field emission based flat-panel displays, and it has been suggested that bulk quantities of nanotubes may be used as a high-capacity hydrogen storage media. Multi-walled nanotubes consist of multiple nanotubes of different diameters nested together, one ...
The hydrogen bond interactions play a major role in the building of the Ni(II) complex. Through this inter-molecular hydrogen bonding inter-action, each molecule of the Ni(II) complex is connected to each other to gain a two-dimensional supra-molecular network along the ab plane. At the ...
The electrochemical studies indicate that all complexes can be used as low-cost robust molecular eletrocatalysts for the reduction protons to hydrogen in the presence of TFA and a possible ECEC mechanism for electrocatalytic hydrogen evolution has been also proposed....