Review Article
Transparent Electrodes: A Review of the Use of Carbon-Based Nanomaterials
Table 1
Sheet resistance of different carbon-based nanomaterials developed as potential substitutes for ITO.
| Material | Sheet resistance (Ω/sq) | Transparency (%) | Reference |
| Graphene | 219 | 96.5 | Cai et al. [4] | Graphene | 125 | 97.4 | Chandrashekar et al. [32] | Graphene | 1.35 × 105 | 70 | Gee et al. [12] | Graphene | 2050 | 80 | Lee and Ki [36] | Graphene | 850 | 80 | Kim et al. [39] | RGO | ~106 to 103 | 57 to 87 | Yun et al. [43] | UL-GO | 605 | 86 | Zheng et al. [49] | RGO/Ag | 12.3 | 82.2 | Voronin et al. [53] | SWCNT | 59 | 71 | Jo et al. [55] | SWCNT | 500 to 600 | 85 | Zhang et al. [56] | SWCNT | 1000 to 85000 | 65 to 85 | Ferrer-Anglada et al. [57] | SWCNT | 200 | 85 | Rowell et al. [58] | MWCNT | 180 | 81 | Aloui et al. [5] | MWCNT | 250 | 38 | Kim et al. [59] | CNT | 310 | 81 | Park et al. [60] | RGO/MWCNT | 1700 to 50000 | 85 | Souza et al. [61] | CNT/copper halide | 55 to 65 | 85 to 90 | Zhou et al. [62] | CNT/graphene | 735 | 90 | Li et al. [63] | CNT/PEDOT:PSS | <100 | 80 | Kim et al. [64] | CNT/PEDOT:PSS | 298 | 87.52 | Kim et al. [65] |
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