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Different In2O3 nanostructures , including nanowires, novel nanoarrows and nanorods, were synthesizedthrough introducing the catalyst and adjusting the source material in the chemical vapourdeposition ...
NiS (nickel sulfide)– In2O3 (indium oxide) nanostructures and NiS– In2O3 decorated on graphene oxide (GO) were demonstrated by ultrasonic/hydrothermal method. The structural study demonstrates ...
A simple and mild wet-chemical approach was developed for the synthesis of one-dimensional (1D) In(OH)3 nanostructures . By calcining the 1D In(OH)3 nanocrystals in air at 250 °C, 1D In2O3 ...
. The NiO and In2O3 phases are both cubic crystal structures. The presence of nanostructure cubic phases indicates that the nanoparticles in the films are small enough to significantly affect the crystal ...
), and graphite.18-19 It is suggested that In2O3 nanostructures give extra surfaces for the growth of ZnO, which eventually makes the exotic ZnO nanostructures .18 Park et al.23 demonstrated synthesis of ZnO ...
carbon nanotubes (SWCNT). Different ratios of the metal oxide to SWCNT have been used. It was found that the morphology of the nanostructures depends on the substrate temperature. The morphology , growth ...
In this work, Ag doped In2O3 nanostructure materials were successfully synthesis using a simple hydrothermal process with different Ag concentration (3,6,9)%. The structural properties and morphology ...
with the confinement of vapor pressure enables the diversity ofIn2O3 nanostructure synthesis . The morphologies and crystalline structures are characterized byx-ray diffraction (XRD), field emission scanning electron ...
phase reaction. A stoichiometric amount of precursors including CdO/ZnO, In2O3 and thiourea were mixed homogeneously and heated at 150 C for different time intervals to produce nanostructured XIn2S4 ...
control in carbon nanotube synthesis [3] Morphological control has become key to nanotechnology synthesis . In2O3 nanowires have generated considerable interest for potential applications in thin film ...
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