Elastic and conductive hydrogel electrodesRylie Green Nature Biomedical Engineering volume 3, pages 9–10 (2019)Cite this article 6156 Accesses 54 Citations 10 Altmetric Metrics details Stretchable conductive h
Elastic and conductive hydrogel electrodesElectronic devicesPeripheral nervous systemPolymersStretchable conductive hydrogels make microelectrode arrays that better interface with tissue.doi:10.1038/s41551-018-0342-7Green, RylieNature Biomedical Engineering
Electrical and electronic engineering Materials for devices Peripheral nervous system Associated content Collection Bioelectronic devices Elastic and conductive hydrogel electrodes Rylie Green Nature Biomedical EngineeringNews & Views08 Jan 2019 Nature Biomedical Engineering(Nat. Biomed. Eng) ...
Gold nanowires (Au NWs) are homogeneously mingled with the PAAm hydrogel to attain a conductive composite hydrogel. Using an in‐house optical maskless exposure technology, printable piezoresistive pressure sensors are quickly fabricated by directly patterning the composite hydrogel into microribs on ...
Elastic conductive fibers are of significant importance in the development of smart wearable strain sensors and electrically heated healthcare fabrics. Nevertheless, considerable quantity of conductive particles has to be incorporated into the fibers for the high conductivity, which would result in a notab...
Ben- efiting from the deformable and low-thermal-conductive network structure, the proposed thermoelectric network can not only exhibit sufficient elasticity (elongation > 100%), but also achieve a 1School of Physics, Harbin Institute of Technology, Harbin 150001, PR China. 2School of Science, ...
Such materials are conductive when powered by an external electrical field due to the presence of mobile ions. Salt-containing hydrogels were first considered as a candidate for soft ionotronic devices designed by the layer-by-layer arrangement of hydrogel-elastomer sheets2 and to design stretchable...
Gold nanowires (Au NWs) are homogeneously mingled with the PAAm hydrogel to attain a conductive composite hydrogel. Using an in‐house optical maskless exposure technology, printable piezoresistive pressure sensors are quickly fabricated by directly patterning the composite hydrogel into microribs on ...
However, with respect to elastomer composites, inks typically contain a large volume of dilute elastomer precursors (50–80 vol%) and conductive fillers with size of up to a few micrometres. When the shear stress is applied to the inks, the elastomer precursor starts to flow, dissipating a...
Three-dimensional (3D) printing has become increasingly advanced over the past few years and has been successfully used to create countless items, including toys, furniture and electronic components. As 3D printing equipment ...