Wearable sensors have drawn considerable interest for healthcare applications due to their
low cost, flexibility, lightweight, and biocompatibility. Gold nanomaterials possess excellent …

Remarkable advances in nanomaterials and nanotechnology have led researchers in
various fields. The scale effects imparted by nanomaterials are associated with unexpected …

Very few thin-film strain gauges (TFSGs) that exhibit temperature self-compensation have
been developed. Their temperature insensitivity range is typically< 100° C, and they cannot …

Harnessing interparticle spatial properties of surface assembly of nanoparticles (SAN) on
flexible substrates is a rapidly emerging front of research in the design and fabrication of …

The preparation of flexible sensors on medical catheters is primarily an indirect process
using certain materials as substrates. Using medical catheters as flexible substrates is …

Searching strain sensitive materials for electronic skin is of crucial significance because of
the restrictions of current materials such as poor electrical conductivity, large energy …

In this study, we developed a novel and efficient process for the fabrication of resistive strain
gauges for healthcare-related applications. First, 1, 9-nonanedithiol cross-linked gold …

In this article, highly sensitive differential pressure sensors based on free‐standing
membranes of cross‐linked gold nanoparticles are demonstrated. The nanoparticle …

This article describes the design of piezoresistive thin-film sensors based on single-layer
graphene decorated with metallic nanoislands. The defining characteristic of these …

The sensitivity and detection speed of cantilever-based mechanical sensors increases
drastically through size reduction. The need for such increased performance for high-speed …