<正>In the present study,the direct growth observation of Ti-doped tungsten oxide nanorods was first ***-solid(VS) process was also responsible for the nanorods growth because no catalyst was involved in the sampl...
<正>In the present study,the direct growth observation of Ti-doped tungsten oxide nanorods was first ***-solid(VS) process was also responsible for the nanorods growth because no catalyst was involved in the sample ***.1 showed an over-view field emission scanning electron microscope(FESEM) image of the nanorods and they exhibited a radial
Silicon nanostructures have interesting possible applications in new generation photovoltaic. The fabrication techniques usually involve a high-temperature post-deposition *** we report on the spontaneous growth of si...
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Silicon nanostructures have interesting possible applications in new generation photovoltaic. The fabrication techniques usually involve a high-temperature post-deposition *** we report on the spontaneous growth of silicon quantum dots in silicon nitride films by low pressure chemical vapor deposition(LPCVD) using silane and nitrogen as reactant gas sources.
A novel method for the fabrication of nano-sized arrays on the surface of nanoporous anodic aluminum oxides(AAO) via evaporation is ***-aligned Fe and Pt nanorods are fabricated on the surface of nanoporous anodic alu...
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A novel method for the fabrication of nano-sized arrays on the surface of nanoporous anodic aluminum oxides(AAO) via evaporation is ***-aligned Fe and Pt nanorods are fabricated on the surface of nanoporous anodic aluminum oxide(AAO) templates by magnetron *** pores act as obstacles to the stacked atoms to form continuous ***
<正>In this study,the multi-walled carbon nanotubes(MWCNTs) with high thermal conductivity and surface area are used as a supporter of Pt and bimetallic Cu-Pt nanocomposite,which are catalysts for anode material i...
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<正>In this study,the multi-walled carbon nanotubes(MWCNTs) with high thermal conductivity and surface area are used as a supporter of Pt and bimetallic Cu-Pt nanocomposite,which are catalysts for anode material in fuel cell.
Direct methanol fuel cells(DMFCs) based on the oxidation of methanol in the anode and the reduction of oxygen in the cathode are believed to be a highly desirable alternative energy source for portable and automotive ...
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Direct methanol fuel cells(DMFCs) based on the oxidation of methanol in the anode and the reduction of oxygen in the cathode are believed to be a highly desirable alternative energy source for portable and automotive *** supported nano-particles of Pt-group metals constitute intriguing electrocatalysts for both anode and cathode in ***,the activity of nano-sized catalysts towards the target reaction depends on several tunable structural
o-LiMnO and LiMnMO(M = Fe,Cr,Al,and Mg;x =0.05,0.1) powders were prepared via Pechini *** crystalline structure,compositions,carbon content,and morphology of the prepared powders were investigated with XRD,ICP-OES,E...
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o-LiMnO and LiMnMO(M = Fe,Cr,Al,and Mg;x =0.05,0.1) powders were prepared via Pechini *** crystalline structure,compositions,carbon content,and morphology of the prepared powders were investigated with XRD,ICP-OES,EA,*** electrochemical properties of the powders were characterized with cyclic voltammetry and capacity retention study.
We demonstrated the combination of QDs(*** and HgCdTe) and ZnO nanowires for photoelectrochemical water *** of QDs in water splitting system has major *** efficiency for water splitting reaction can be exactly measure...
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We demonstrated the combination of QDs(*** and HgCdTe) and ZnO nanowires for photoelectrochemical water *** of QDs in water splitting system has major *** efficiency for water splitting reaction can be exactly measured in aqueous system without sacrificial *** maximum photoconversion efficiency of 1.83%was observed at an applied potential of~0.25 ***,the photocurrent response were almost identical for 50 cycles,which was demonstrated very good stability of this structure and used as photoanodes were relatively stable in the photo-oxidation process in aqueous solution.
Gold nanorods have valuable optical properties that are relevant for many biomedical applications,including extensive light absorption in the visible-near-infrared(NIR) and heat generation on *** properties have been ...
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Gold nanorods have valuable optical properties that are relevant for many biomedical applications,including extensive light absorption in the visible-near-infrared(NIR) and heat generation on *** properties have been potential applications such as drug delivery, in vivo cellular imaging,and cancer ***,the stability and biocompatibility of
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