Oil–water two-phase flow as a typical two-phase flow type widely exists in various industrial
processes and the accurate measurement of oil volume fraction (VF) plays a significant role …

Accurately estimating the flow rate of gas–liquid two-phase flow is crucial for reducing costs,
improving efficiency, and optimizing management in multiphase industries. However, due to …

The electrical capacitance tomography is considered to be a promising non-invasive
visualization method for the measurement of multiphase flow parameters, but low-quality …

In this paper, an image reconstruction method based on wavelet fusion in electrical
capacitance tomography with a rotatable electrode sensor is proposed. This method can …

This article proposes a method that combines the alternating direction method of multipliers
(ADMMs) algorithm with neural networks based on the compressed sensing principle to …

This article explores deeply the finite-time stabilization for the fuzzy complex-valued neural
networks (CVNNs) model with discrete delays and distributed delays. Based on the …

In this work, a novel deep imaging method is proposed for multifrequency capacitively
coupled electrical resistance tomography (MFCCERT). A two-stream network consisting of a …

Electrical impedance tomography (EIT) provides an indirect measure of the physiological
state and growth of the maize ear by reconstructing the distribution of electrical impedance …

This work proposes a novel void fraction measurement method of the gas-liquid two-phase
flow based on a multi-frequency capacitively coupled electrical impedance tomography …

Oil-water two-phase flow is widely exists in the process of oil extraction and transportation.
The measurement of water-to-liquid ratio (WLR) of oil-water two-phase flow is crucial for …