Table 1 Nanomaterial composites printed by EHD jet printing technology
From: Electrohydrodynamic (EHD) printing of nanomaterial composite inks and their applications
No | Composites | Applications | References |
|---|---|---|---|
1 | ZnO/MWCNT/PSS | TFTs arrays | [51] |
2 | MWCNT/PSS | OFETs | [69] |
3 | Cu/PEO | OFETs | [70] |
4 | CB/TX-100 | OFETs | [71] |
5 | AgNWs/PEO | OFETs | [72] |
6 | PEDOT: PSS/CNT | OTFTs | [73] |
7 | CNT/graphene | OFETs | [74] |
8 | Carbon/Nickel | Supercapacitor | [19] |
9 | Graphene/PVP | Capacitor | [65] |
10 | PANI/carbon nanofiber | Hybrid capacitors | [75] |
11 | MoS2 & PEO | Humidity sensors | [76] |
12 | PVDF/SWCNTs | Pressure sensor | [77] |
13 | PCL/graphene | Sensor | [78] |
14 | PVP/PEO | Anti-microbial drug | [79] |
15 | PEDOT: PSS/GR/SWCNTs | Health monitoring | [10] |
16 | PEDOT: PSS/RGD | Living tisue | [61] |
17 | PCL/PEG/ROX* | Bone tissue engineering | [80] |
18 | PCL/PEO/Fe3O4 * | Fibers in wound dressings | [81] |
19 | PCL/PEO/Graphene | Nerve restoration and regeneration | [82] |
20 | Ni3Al–Cr3C2 | Solar films | [83] |
21 | Al2O3/ITO | IoT devices | [84] |