Electrospinning is used to fabricate microscale to nanoscale materials from polymeric solutions
based on electrohydrodynamics. Material modifications are achieved through physical …

The electronic textile has been evolving into a multifunctional flexible electronics platform.
However, due to processing methods, eg, coating, the fabric is endowed with electronic …

The conversion of plastic waste into valuable chemicals through innovative and selective
nano‐catalysts offers significant economic benefits and positive environmental impacts. …

Thermoelectric devices have received widespread attention in next-generation flexible
electronics due to their excellent self-powered characteristics, multifunctionality and high …

The rational design of carbon‐supported transition metal single‐atom catalysts necessitates
precise atomic positioning within the precursor. However, structural collapse during …

Developing multimodal wearable textile sensors to simulate the complex human skin
characteristics is central for healthcare, electronic skins, artificial intelligence and biomedical …

Air pollutants, particularly highly permeable particulate matter (PM), threaten public health
and environmental sustainability due to extensive filter media consumption. Existing melt‐…

While antibacterial textile materials play an important role in preventing transmission of
infectious diseases, poor antibacterial durability limits their applications. As one kind of the well-…

Electrospun nanofiber based aerogels are attracting great attention for solar vapor generation
due to their unique three-dimensional (3D) porous structure, light weight, enhanced solar …

Solar vapor generation is regarded as a promising approach to alleviate the water shortage
crisis via desalination, while the efficiency is limited by the insufficient vapor escape and …