Monitoring the flow rate of low conductive fluid is critical in sectors such as waste, culinary,
chemical, pharmaceutical, oil and gas, and power. The flow meter can be used to measure …

In this paper, we present enhanced flow rate measurement by applying the contactless
Lorentz Force Velocimetry (LFV) technique. Particularly, we show that the LFV is a feasible …

We report velocity measurements in a vertical turbulent convection flow cell that is filled with
the eutectic liquid metal alloy gallium–indium–tin by the use of local Lorentz force …

Our previous study (Zheng et al 2020 Metall. Mater. Trans. B 51 558–69; Zheng et al 2020
Acta Metall. Sin. 56 929–36) reports a non-invasive in-situ measurement technology using …

Abstract The Lorentz Force Velocimetry (LFV) is a non-contact technique to measure flow
rate of an electrically conducting fluid exposed to an externally applied magnetic field. The …

In this paper, improved static and dynamic capabilities of the torsion force measurement
system (TFMS) are reported based on an earlier development presented in part I (Yan et al …

Lorentz force velocimetry (LFV) is a contactless velocity measurement technique for
electrically conducting fluids. When a liquid metal or a molten glass flows through an …

Precise sensing of microfluidic flow is essential to advancing lab-on-a-chip development
and the downstream medical applications. Contactless microfluidic flow interrogation is …

In den vergangen Jahren wurden an der TU Ilmenau Neigungsmesssysteme (Tiltmeter) mit
Nanorad-Auflösung, einem sehr großen Messbereich von±9 mrad (±0, 5○) und sehr guter …

The Lorentz force velocimetry (LFV) was introduced as a novel method for non-contact
velocity measurements of electrically conducting flows. The induced Lorentz force is …