Table 1 Comparison of important features of available flexible UV/Sunlight sensors
References | Material/hybrid | Substrate | Fabrication technique | Biodegradability | Cumulative dose | Type of detection | AI-aided |
---|---|---|---|---|---|---|---|
[57] | Graphene/ZnO | Paper | Direct writing | Yes | No | Photoelectric | No |
[58] | ZnO/carbon | Paper | Screen printing and Miura origami folding method | Yes | No | Photoelectric | No |
[59] | rGO/ZnO | Mica | Femtosecond laser direct writing (FsLDW) | Yes | No | Photoelectric | No |
[60] | TiO2/Graphene | Parylene-C/Silicon | Photolithography and Spraying | No | No | Photoelectric | No |
[61] | Prussian Blue/TiO2 | Polyethylene terephthalate (PET)/ indium-tin oxide (ITO) | Cyclic voltammetry Scan, anodization and annealing | – | No | Photochromic | No |
[62] | C1H/MG, DPIC/TBa | Polyvinyl Butyral (PVB) | Spin coating | No | Yes | Photochromic | No |
[63] | PMA/LAb | Filter paper | Pen writing | – | Yes | Photochromic | No |
Current work | GO/Paper | NA | Blending GO and paper through novel fabrication process | Yes | Yes | Photochromic | Yes |