Conventional pressure sensors rely on solid sensing elements. Instead, inspired by the air
entrapment phenomenon on the surfaces of submerged lotus leaves, we designed a …

With the continuous development of the lab-on-a-chip studies, pressure measurements in
microchannels have become the guarantee of the precise control and regulation of trace …

Important insights into human health can be obtained through the non-invasive collection
and detailed analysis of sweat, a biofluid that contains a wide range of essential biomarkers …

This paper presents development and performance assessment of an innovative and a
highly potent graphene-electrolyte capacitive sensor (GECS) based on the supercapacitor …

Paper has been pursued as an interesting substrate material for sensors in applications
such as microfluidics, bio-sensing of analytes and printed microelectronics. It offers …

This paper focuses on the development of a thin normal-shear force sensor based on the
use of a supercapacitive sensing mechanism. The sensor has a quad structure with four …

With the advancement of microfluidic and Lab on Chip systems, new challenges arise
regarding efficient system monitoring as well as the detailed tracking of fluids within the …

The detection accuracy of a yarn tension sensor using surface acoustic wave devices has
become increasingly important. We investigate a nonlinear compensation scheme based on …

The objective of this research was to investigate the possibility of the temperature
compensation for the surface acoustic wave (SAW) yarn tension sensor. The motivation for …

Traditional capacitive sensors suffer from significant parasitic noise when used in liquid
environments or inside the human body. The parasitic noise overwhelms the force response …