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20, 21 Figure 5 demonstrates the catalyst application of N-GQSs on a flat bare Si and a porous Si substrates for hydrogen production.
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We demonstrate the catalyst-free growth of single-crystalline β-Na0.33V2O5 nanowires on a Pt-coated silicon substrate (Pt/SiO2/Si) using a chemical solution deposition method, the result of which is then used as a binder-free electrode for high-performance energy storage devices.
We demonstrated the catalyst-assisted growth of wurtzite CuInS2 nanoleaves in solution by using commercial copper nanoparticles as staring materials.
We applied the treated wastewater on the plant to observe the reusability of the treated TWW, and the morphological data analysis of the plant demonstrates that the catalyst Fe2O3 NPs-induced solar-irradiated wastewater exhibits less adverse impact on plant morphology.
The excellent correlation between model surfaces and supported catalysts demonstrates the feasibility of designing effective bimetallic catalysts for selective hydrogenation reactions.
This demonstrates the diameter corelation with catalyst size.
Further study demonstrates the stability of the Pt catalyst supported within TiO2 mesoporous films for the oxygen reduction reaction.
It was demonstrated that the catalyst has an enhanced activity and sulfur tolerance during naphthalene hydrogenation.
It was demonstrated that the catalyst worked well for a variety of aziridines producing the corresponding oxazolidinones in good yields and excellent regio-selectivities.
Catalytic studies demonstrated that the catalyst containing 1.0% Ru and based on MN-270 is the most active.
The well-defined structure prompts us to understand the nature of the catalytic active sites, and to demonstrate that the catalyst activity is linearly proportional to the concentration of FeN2 sites.
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