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This microwave synthesis process is based on thermal dispersion of active species, facilitated by the microwave energy, into the internal pore surface of microporous ous support.
The Pt nanoparticles supported on the novel mesoporous carbon were fabricated by a facile CTAB assisted microwave synthesis process, wherein CTAB was expected to improve the wettability of carbon support as well as the dispersion of Pt nanoparticles.
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In the microwave irradiation synthesis process, the addition of different amounts of oleic acid not only increases the growth rate but also controls the morphology of the resulting Au nanostructures as shown in Fig. 4 [65].
So we may speculate that the RNase A might have played double roles in the microwave-assisted synthesis process: N doping and surface passivation.
Based on these features, different properties of the product may be generated during microwave synthesis progress.
In order to assess the potential of the microwave-assisted LBZA synthesis process for practical ZnO applications, we fabricated DSCs using the ZnO NSs produced by air annealing the LBZA NSs at 400°C in air to replace the traditional TiO2 NP scaffold.
The scale-up of microwave synthesis from the laboratory to process and production scale is a challenging area.
Microwave synthesis features simple operation and potential of large-scale synthesis [54].
Freestanding single-walled carbon nanotubes (SWCNTs) have been synthesized in a vertical direction, perpendicular to the growth substrate, using applied DC substrate bias in a microwave plasma-enhanced chemical vapor deposition (PECVD) synthesis process.
In this study, carbon thin and thick films are discussed for different techniques known as hot filament chemical vapor deposition and microwave plasma chemical vapor deposition where their synthesis process has been explained in a new context.
In addition this ANN provides an efficient method for synthesizing geometrical parameters of microwave devices, when stochastic features are incorporated in the synthesis process.
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