Composition and phase control of Ni/NiO nanoparticles for photocatalytic degradation of EDTA

Sol-gel synthesis of NiO nanoparticles doped sodium borosilicate glass with third-order nonlinear optical properties

“…As observed from the absorption curve in the Fig. 5, a single broad absorption peak was located at 428 nm according with the reported value [11], which should be attributed to the surface plasmon resonance (SPR) of NiO nanoparticles. Additionally, linear M A N U S C R I P T…”

“…Particularly, metallic nano-oxides have attracted considerable attention because of their some significant applications [6][7][8], for example, electrodes made of transition-metal oxides nanoparticles (NPs) demonstrate excellent electrochemical performance [9]. Nickel (II) oxide, one of the relatively few transition metal oxides that tends to be p-type, shows great promise as candidates applied on magnetic material [10], catalytic [11], sensitive material for chemoresistive or optical gas sensors [12][13], optical amplifier and tunable laser [14].…”

SYNTHESIS OF NiO/ZnO NANOCOMPOSITES IN ETHYLENE GLYCOL

“…Nickle oxide is p-type semiconductor having a band gap of 3.5-4.0ev. It has a number of applications in catalysis, chemical sensors, magnetic materials, electro chromic films, photovoltaic devices, and gas sensing instruments [3].…”

Hierarchical foam of exposed ultrathin nickel nanosheets supported on chainlike Ni-nanowires and the derivative chalcogenide for enhanced pseudocapacitance

“…The novel hierarchically structured metal foam with more 25 exposed surface, recently reported with another advantage for surface metallic layer [15a] , may provide a solid foundation for its superior performances and further applications. [16] We here test the electrochemical properties as one of the potential applications. An exquisite design and preparation of the nickel sulfide is 30 derived from the above-mentioned nickel nanofoam.…”

“…Furthermore, the as-prepared NiS 2 can 70 also be developed into different sulfides, oxides, or chalcogenides by controlling the pyrolysis environment and temperature ( Figure S4 in ESI †). [16] The as-prepared sponge-like NiS 2 materials are composed of loose thin wires with nanocrystalline substructure, and hence 75 would offer larger exposed surface and enhanced surface activity. As for the electrochemical activity in pseudocapacitor, the measurements are performed in a 2 M potassium hydroxide aqueous solution.…”