“…The structure of graphene and its derivatives plays a paramount role in extraction processes. The hexagonal arrays of carbon atoms in graphene can lead to strong p-p interactions with target analytes on both sides of the graphene plane [24]. Even after chemical reduction, rGO displays hydrophilic groups that increase its water wettability, hence facilitating both adsorption of polar analytes and elution of non-polar analytes.…”
Section: Graphene and Graphene Derivativesmentioning
“…The structure of graphene and its derivatives plays a paramount role in extraction processes. The hexagonal arrays of carbon atoms in graphene can lead to strong p-p interactions with target analytes on both sides of the graphene plane [24]. Even after chemical reduction, rGO displays hydrophilic groups that increase its water wettability, hence facilitating both adsorption of polar analytes and elution of non-polar analytes.…”
Section: Graphene and Graphene Derivativesmentioning
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