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. 2016 May 24;9(6):406. doi: 10.3390/ma9060406

Table 7.

SERS enhancement of the graphene–gold hybrid nanocomposites.

Name of the Hybrid Substrate SERS—Order of Magnitude Compared Material References
rGO–AuNPs 100 Pure AuNPs [42]
Graphene–AuNS 45 Graphene [43]
Graphene–AgNS 150 Graphene [43]
AuNPs/graphene/SiO2/Si 120 Graphene/SiO2/Si [199]
Graphene–AuNPs 10–100 AuNPs [212]
Graphene–AuNPs 77.6 Graphene [213]
Pyrene ethylene glycol amine-functionalized rGO/AuNRs 14.7 Bare rGO [69]
R6G/GO–AuNR with CTAB 10 Pure AuNRs [200]
Nano GO (nGO)–Au nanostars 5.3 nGO [214]
Graphene–AuNPs 3.3 AuNPs [215]
R6G/AuNP/graphene/SiO2/Si 86 Graphene/SiO2/Si with R6G [216]
Ag/rGO/Au for rhodamine B (RhB) 8.8 Pristine Ag dendrites [217]
AuNPs/rGO/SiO2/Si 40 Blank substrate [209]
GO–AuNPs ~4 GO [218]
Neural Stem Cells on GO encapsulated AuNPs 3.5 AuNPs [139]
GO–AuNS 3 GO [219]
GO/PVP/intracellularly grown AuNPs (IGAuNPs) 5 IGAuNPs [220]
Carbaryl on graphene–Au film–AuNR 2 Au film–AuNR [202]
Carbaryl on graphene–Au film–AuNR 100 Graphene–AuNR [202]
Si/N2 doped diamond-like carbon (DLC-N)/Au/rGO/Au for RhB 860 Si/DLC-N [221]
GO-popcorn shaped AuNPs hybrid for R6G 11 GO [203]
GO-Au nanocage for RDX 4 Au nanocage [211]
Graphene-isolated AuNC (GIAN) nanostructures for R6G More than 100 R6G [138]
Au@AgNPs/GO/Au@AgNPs sandwich for R6G Enhancement factor of ~7.0 × 107 - [193]