Examples range from mechanically flexible carbon (C) nanotube thin-film transistors, flexible energy storage devices, electronic textile, multifunctional and responsive elastomers, artificial skin, flexible gas sensors, to solar cells.
Due to the requirements of new light, mobile, small and multifunctional electronic products the density of electronic packages continues to increase.
The ongoing miniaturization of multifunctional electronic consumer products demands for cost-efficient production of functional metal and alloy structures.
The semiconductor-ferroelectric heterostructures have attracted much attention due to their large potential for new multifunctional electronic and optoelectronic device applications [1 5].
Control of nanotube dimensions and the density of defects that influence transport properties are of great importance in the construction of nanoscale electronic devices and multifunctional materials.
The trademark listing notes a "multifunctional electronic devices", which means this tracker is going to have a screen and from the description, seems to be a fitness-focused tracker.
Moreover, the flexible fiber-shaped MOF derivative HA asymmetric supercapacitor is charged by a flexible triboelectric nanogenerator, demonstrating the promise of an self-charging power pack that has considerable potential for developing flexible multifunctional electronic devices.
This in turn suggests that relatively same signaling network architecture allows for integration of various inputs to elicit a variety of cell fates, reminiscent of a multifunctional electronic circuit.
Such characteristics indicate that the proposed hollow PBNAs can be a potential candidate for plasmonic enhancers and absorbers in multifunctional opto-electronic biosensors.
These multifunctional devices may revolutionize electronic circuitry, yet, still few progresses have been reported.
Peptide driven metallic nanomaterials fabrication under mild conditions has become a significant research thrust recently, thanks to its capability to generate multifunctional materials with tunable electronic and catalytic properties.
