Title : Adsorption of phenanthrene on multilayer graphene as affected by surfactant and exfoliation.

Pub. Date : 2014

PMID : 24328362






6 Functional Relationships(s)
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Protein Name
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1 In the absence of surfactant (sodium cholate, NaC), multilayer graphene had higher adsorption capacity for phenanthrene than carbon nanotube and graphite due to the higher surface area and micropore volume. Graphite synuclein alpha Homo sapiens
2 In the presence of NaC (both 100 and 8000 mg/L), phenanthrene adsorption on graphene was decreased due to the direct competition of NaC molecules on the graphene surface. Graphite synuclein alpha Homo sapiens
3 In the presence of NaC (both 100 and 8000 mg/L), phenanthrene adsorption on graphene was decreased due to the direct competition of NaC molecules on the graphene surface. Graphite synuclein alpha Homo sapiens
4 In the presence of NaC (both 100 and 8000 mg/L), phenanthrene adsorption on graphene was decreased due to the direct competition of NaC molecules on the graphene surface. Graphite synuclein alpha Homo sapiens
5 In the presence of NaC (both 100 and 8000 mg/L), phenanthrene adsorption on graphene was decreased due to the direct competition of NaC molecules on the graphene surface. Graphite synuclein alpha Homo sapiens
6 With the aid of sonication, multilayer graphene sheets were exfoliated by NaC, leading to better dispersion. Graphite synuclein alpha Homo sapiens