Hybrid materials made from conducting polymer-nanoparticle are attractive for solar cell because of the prospect of light weight,low cost,high throughput,high energy density using reel-to-reel or spray deposition on f...
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Hybrid materials made from conducting polymer-nanoparticle are attractive for solar cell because of the prospect of light weight,low cost,high throughput,high energy density using reel-to-reel or spray deposition on flexible *** this research,we are investigating thermal stable polymer-metal oxide hybrid material for solar *** are able to greatly improve the efficiency of the hybrid solar cell by fabricating highly ordered nano
Besides the qualified spectral properties,the commercial phosphors require other qualities such as high luminescent intensity,good powder mobility,well-shaped crystal form and uniform size *** it is important to devel...
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Besides the qualified spectral properties,the commercial phosphors require other qualities such as high luminescent intensity,good powder mobility,well-shaped crystal form and uniform size *** it is important to develop methods for phosphor particle synthesis that allow for control of particle characteristics,including size distribution, morphology,crystallinity,purity,and composition.
Efficient delivery of the nanoparticles(NPs) and NPs-based formulation agents to the target organ as well as their optimal retention period inside of the cells plays critical roles of their biomedical *** the tissue- ...
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Efficient delivery of the nanoparticles(NPs) and NPs-based formulation agents to the target organ as well as their optimal retention period inside of the cells plays critical roles of their biomedical *** the tissue- and cell-specific targeting of the NS have been intensively studied,there has been no efficient method developed to control the fate of NPs once they enter into the *** ability to program the intracellular retention of
Metal particles dispersing on supports are important to improve the catalytic activity of ***,ultrasmall platinum nanoparticles(Pt NPs) immobilized in viologen micelles have been prepared by reducing chloroplatinic ac...
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Metal particles dispersing on supports are important to improve the catalytic activity of ***,ultrasmall platinum nanoparticles(Pt NPs) immobilized in viologen micelles have been prepared by reducing chloroplatinic acid with DMF in the presence of viologen based surfactant,which is not only the nucleation sites of metal particle formation,
This research discusses the Au/Fe nanowires heating efficiency of the hyperthermia *** synthetic methods of Au/Fe nanowires include the synthesis of iron nanowires,the superficial modification of iron nanowires,and co...
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This research discusses the Au/Fe nanowires heating efficiency of the hyperthermia *** synthetic methods of Au/Fe nanowires include the synthesis of iron nanowires,the superficial modification of iron nanowires,and coating nano gold on iron ***,the iron nanowires can be fabricated via the process in which sodium borohydride reduces iron salts in external magnetic ***,the surface of iron
Zinc oxide has special optical properties,such as high UV emission and field emission. With various doping of transition metal(Cobalt),Co-ZnO shows enhancement of electrical and magnetic *** works mainly investigated ...
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Zinc oxide has special optical properties,such as high UV emission and field emission. With various doping of transition metal(Cobalt),Co-ZnO shows enhancement of electrical and magnetic *** works mainly investigated that ZnO nanorods were grown on silicon *** this study,we use chemical vapor deposition to growed Co
Ordered mesoporous alumina（OMA） was synthesized through facile sol-gel *** ability of the OMA is evaluated by choosing the methylene blue as an adsorbate,and this material exhibited extremely high adsorption *** pre...
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Ordered mesoporous alumina（OMA） was synthesized through facile sol-gel *** ability of the OMA is evaluated by choosing the methylene blue as an adsorbate,and this material exhibited extremely high adsorption *** present study shows that the OMA,with the high surface area of 248.2 m/g,has great adsorption capacities of *** organic dyes adsorption characteristics,including
Intraparticle diffusion of fractionated Saudi vacuum residue was evaluated in four Ni Mo/Al2O3-Si O2 catalysts with well-defined and uniform pore structures under HDS reaction conditions in a trickle-
Intraparticle diffusion of fractionated Saudi vacuum residue was evaluated in four Ni Mo/Al2O3-Si O2 catalysts with well-defined and uniform pore structures under HDS reaction conditions in a trickle-
In this work,SA@SiO nanocapsules（NCs） were designed and fabricated to research its phase change *** by the selected sillica nanoshells,Latent heat of stearic acid（SA） could be increased up to 374.2 kJ/kg,about 36....
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In this work,SA@SiO nanocapsules（NCs） were designed and fabricated to research its phase change *** by the selected sillica nanoshells,Latent heat of stearic acid（SA） could be increased up to 374.2 kJ/kg,about 36.9%more than that of pure *** can be attributed to the high superimposed stress from curvature effect inside SiO nanoshells,which would strengthen hydrogen bonds of SA encapsulated in the sillica
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