With the development of the electronic industry bringing convenience to people, a series of
caused electromagnetic pollution problems (eg, electromagnetic interference (EMI)) have …

The manuscript provides a comprehensive study of the design and utilization of graphene-
based prototypes designed to detect catechol molecules. Graphene has been one of the …

This paper deals with recent progress in the use of laser-induced graphene sensors for the
electrochemical detection of glucose molecules. The exponential increase in the exploitation …

Textiles with fire detection will appeal for the interior decoration of houses and play a critical
role in public security. Herein, we fabricated a sandwichlike fire alarm fabric (Ag@ Fe3O4 …

Strengthening and functioning effects of Fe3O4 nanowires (Fe3O4 NWs)-reduced graphene
oxide (FeNWs-rGO) hybrid on gas barrier, microwave absorption, and electromagnetic …

The maximum exposure of active sites is the key to obtaining high reaction activity for
supported metal catalysts. Single-atom metal sites and ultra-small metal clusters have …

A bifunctional interfacial layer was introduced onto the surface of cotton fabric which not only
enhanced the interfacial bonding between Ag@ ZnO and organic substrates but also …

Flexible and strong Fe 3 O 4/cellulose composite films were prepared successfully by co-
dispersing homemade Fe 3 O 4 particles and cellulose in aqueous solvent followed by …

Soft textile-based electronic devices are promising for the development of flexible strain
sensors, and useful in the fields of manufacturing, smart robots, and wearable health …

Functional textiles with unique functions, including free cutting, embroidery and changeable
shape, will be attractive for smart wear of human beings. Herein, we fabricated a sandwich …