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Table 2: List of the reduction methods of graphene oxide along with key features of the resulting reduced graphene oxide. Reproduced with permission from ref. 92. Copyright 2015 Elsevier B.V. GO reduction methods Chemical reduction Reduction processes Hydrazine Phe nyl hydra zi ne NH3-BH3 55% HI acid HI-AcOH Et hylenedia mi ne Na-NH3 Zn/HCl 700 °C, H2, 30 min 1000 °C, C2H2, 30 min C/O ratio Electronic properties Mobility (cm2 V-1 s-1) Conducti vity (S/m) 10.3b - 2420 9.5b - 4700 9.8a - 12.0a - 11.5b - 20300 29800 30400 Nascent hydrogen (Al/HCl) 21.1b - 12530 HI + trifluoroacetic acid 10.5a 250 (hole) 200 (electron) - Thiourea dioxide/NaOH 14.5a - - Thermal reduction 7.8a - 220 16.6a 123 (hole) - 33.5a - 15000 28.6a - 8100 50.2a - 143000 1000 °C, H2, 1 h - 5.4 (hole) 1.1 (electron) 76000 Plasma-assisted reduction CH4 plasma, 700 °C, 20 s 9.2a - 34500 30PDF Image | graphene production via nonoxidizing liquid exfoliation
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