Nanotechnology has remained relevant as a multifacet discipline, which cuts across different
areas of science and technology. Several successful attempts had been documented …

Silk, a natural protein fiber, is top‐rated with people as skin‐friendly clothing for centuries.
However, silk fiber (SF) still has disadvantages such as photo‐induced aging and yellowing …

Wearable devices are being intensively investigated in an extensive range of applications,
particularly in the field of human motion detection. Herein, a graphene‐modified silk fabric …

In this work, a novel phosphorus-rich hybrid organic-inorganic silica coating for improving
the flame retardancy of silk fabric was prepared using naturally occurring phytic acid as …

This research work reported a novel approach to develop flame retardant silk fabric using
naturally occurring phytic acid (PA) rich in phosphorus and TiO 2 nanoparticles through a …

Environmentally-friendly flame retardant silk fabrics were successfully fabricated by an
industrialized surface modification method. The coating-reduction process was rationally …

Large-scale and functional silk fabrics were prepared by depositing synthetic graphene
oxide (GO) hydrosol onto fabrics via an environmentally friendly “dry-coating” method and …

Silk fibroin (SF) is a natural protein polymer and promising biomaterial. Chemical
modifications have attracted growing interest in expanding SF applications. However, the …

A combination process of using pure water for electrospinning and electron beam (EB)-
assisted cross-linking is proposed as a dual green route to obtain strengthened silk fibroin …

Nano-magnesium hydroxide (nano-Mg (OH) 2) serves as a promising flame retardant (FR)
filler for plastics, but it remains a challenge to endow textiles with effective and durable FR …