Micromachined fluid inertial sensors are an important class of inertial sensors, which mainly
includes thermal accelerometers and fluid gyroscopes, which have now been developed …

Current sensor networks need to be improved and updated to satisfy new essential
requirements of the Internet of Things, where cutting-edge applications will appear. These …

In this paper, we report on a miniaturized device that can generate ion wind flow with very
low net charge. Both positive and negative ions are simultaneously generated from two …

In this paper, we report on a miniaturized device that can generate multiple jet flows
circulated in a confined system. The device has a flow network comprised of four …

This paper reports on a multi-axis fluidic inertial sensor that can detect three components of
angular rate and linear acceleration. The sensor uses a vortex gas flow instead of the …

The paper reports the first study on the backpressure of a valveless electromagnetic
micropump using the volume-of-fluid (VOF) technique and open-source code OpenFOAM …

This paper presents the design, fabrication and characterization of a novel transient hot-wire
device for measurement of thermal conductivity of non-conductive fluids. The key features of …

This paper develops a millimeter scale fully packaged device in which a vortex flow of high
velocity is generated inside a chamber. Under the actuation by a lead zirconate titanate …

Errors compensation of micromachined-inertial-measurement-units (MIMU) is essential in
practical applications. This paper presents a new compensation method using a neural …

This article presents the development of a single-axis gyroscope that uses vortex flows
circulating in a confined space activated by a built-in lead zircona-titanate (PZT) micropump …