Deciphering how the dielectric properties of textile materials are orchestrated by their
internal components has far-reaching implications. For the development of textile-based …

Wearable electronics sector is a fast-growing industry due to the rapid progress gained by
developing textile-based conductive materials and conductive yarns. The demand for …

The fibrous surface of textiles offers a larger contact area and continuous contact with the
skin, which makes them a prominent candidate for biomechanical energy harvesting using …

The investigation into new sources of energy with the highest efficiency which are derived
from existing energy sources is a significant research area and is attracting a great deal of …

As wearable electronics become more prevalent in everyday life, there is a growing desire to
integrate circuits and antennae into clothing. One way that this integration may occur is …

Fully textile smart wearables will be the result of the complete integration and miniaturization
of electronics and textile materials. Off-body communications are key for connecting smart …

Wireless energy harvesting, a technique to generate direct current (DC) electricity from
ambient wireless signals, has recently been featured as a potential solution to reduce the …

To improve the effectiveness of industrial robots in the textile and garment industry, it is
necessary to expand the application range of electrostatic adsorption end effectors and …

Coatings were prepared by using NdFeB flake-like microparticles with aqueous
polyurethane polyol dispersions and were coated onto the surface of textile fabrics in order …

Uncovering relationships between the structural parameters and the dielectric properties of
cotton fabrics brings two consequential benefits: development of a structural analysis …