Carbon Clusters Growth Morphology on Different Substrates

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Carbon Clusters Growth Morphology on Different Substrates
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Carbon Clusters Growth Morphology on Different Substrates SciReports

By Hussain AhmedSep 26 2022Reviewed by Megan Craig, M.Sc. Graphene is an extraordinary two-dimensional substance that has piqued the curiosity of both academics and industry. It possesses excellent electrical and thermal conductance as well as good mechanical behavior, making it a viable material for electronic devices, structural components, solar cells, and sensor systems.

Graphene Growth: Overview and Significance Graphene research has increased exponentially since its identification over a decade ago, owing to its remarkable electromagnetic, photonic, structural, and chemical characteristics. Most graphene applications are currently limited to the laboratory due to constraints in the manufacturing process of defect-free and high-quality graphene. Mechanical exfoliation is the simplest technique for graphene formation. This method yields monolayer, defect-free graphene of the highest grade. However, this strategy is only applicable to small-scale graphene growth.

Pulsed layer deposition is another useful approach for creating thin graphene sheets on various substrates. Amorphous carbon clusters can be carefully deposited on a substrate surface in a carbon dioxide environment using an appropriate temperature supplied by the PLD technique. These carbon clusters uniformly occupy the surface upon reaching the substrate, producing remarkable graphene films.

Estimating absorptive stability on different surfaces could be extremely useful in determining the best substrate for graphene growth. The theoretical molecular dynamics simulation findings were experimentally validated using layer-by-layer graphene growth on targeted substrates using the pulsed laser deposition technique.

As projected by the theoretical model, only the graphene film deposited on a strontium titanate substrate exhibited a super-flat surface, which was equivalent to the super-flat CVD graphene prepared by carbon dioxide annealing.

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