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The graphene can be obtained at low cost and high efficiency, indicating its high potential in future applications.
By adopting environmentally friendly and economic exfoliated graphene instead of conventional platinum, the overall device cost comes down.
These findings may trigger many large-scale applications of low-cost graphene feedstocks and other 2D materials.
Thus, this technology has the potential to pave the way to many large-scale affordable applications of low-cost graphene feedstocks.
The proposed graphene growth using air annealing technique is simple and low-cost, making it highly attractive for mass production.
Moreover, given the low cost of natural graphite, the potential for obtaining large quantities of graphene by a low-cost production process is high.
The production cost could be kept low only at a very low weight percentage of graphene (1 wt%) in LGA, enabling the large-scale commercial application of graphene in LIBs.
In this article we propose a low cost and environmentally friendly method for producing multilayer crystalline graphene with high yield.
This green, safe, highly efficient and ultralow-cost approach paves the way to large-scale commercial applications of graphene.
The development of cost-effective preparation routes for high-quality graphene is important for its large scale application.