Wearable technologies have potential to transform healthcare by providing continuous
measurements of physiological parameters. Sensors that passively monitor physiological …

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 …

A microfluidic tactile sensing device has been first reported for three-dimensional contact
force measurement utilizing the microfluidic interfacial capacitive sensing (MICS) principle …

Pressure is one basic parameter involved in microfluidic systems. In this study, we
developed an easy capillary-based method for measuring fluid pressure at one or multiple …

Microfabricated devices for gas bubble generation via water electrolysis typically employ two
electrodes of identical size (.. interdigitated electrodes or microelectrode pairs). Contrary to …

A novel pressure transducer concept is introduced in which external pressure variations
induce changes in the volume of a trapped microbubble (μB) in an electrolyte solution …

Conventional pressure sensing devices are well developed for either indirect evaluation or
internal measuring of fluid pressure over millimeter scale. Whereas, specialized pressure …

This paper presents the development of a novel one-side-electrode-type fluidic-based
capacitive pressure sensor. A pressure sensor using a one-side-electrode and an …

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 …

Monitoring the fluid pressure within microchannels is crucial for the research of microfluidics
and the development of microfluidic devices. Existing pressure sensors embedded within …