Qiang Wang

Title: Innovations of Qiang Wang in Tomography and Flow Monitoring Systems

Introduction

Qiang Wang is a notable inventor based in Leeds, GB. He has made significant contributions to the field of tomography and flow monitoring systems. With a total of 2 patents, his work focuses on enhancing the understanding and measurement of mixed-phase samples.

Latest Patents

Qiang Wang's latest patents include a "Tomography apparatus, multi-phase flow monitoring system, and corresponding methods." This innovative flow monitoring system is designed to monitor the flow of a mixed-phase sample that consists of at least two phases with differing electrical conductivities. The system features a conduit for the mixed-phase sample to flow through, tomography apparatus for generating conductivity profiles, and a flow meter to detect the flow of the first phase. The processing means calculates the volumetric flow rate of the first phase based on the collected data.

Another significant patent is the "Tomography apparatus and method." This apparatus includes multiple electrodes arranged around a sample volume's perimeter, which is in electrical contact with the contained sample. The measurement means performs a series of measurements to drive current between electrode pairs and measure voltage across adjacent pairs. The processing means generates a tomogram indicative of sample conductivity over the cross-section, utilizing an assumption of symmetry for accurate results.

Career Highlights

Qiang Wang is affiliated with the University of Leeds, where he continues to advance his research and innovations. His work has garnered attention for its practical applications in various industries, particularly in monitoring and analyzing mixed-phase flows.

Collaborations

Some of Qiang Wang's coworkers include Mi Wang and Jiabin Jia, who contribute to his research endeavors and collaborative projects.

Conclusion

Qiang Wang's contributions to tomography and flow monitoring systems exemplify the innovative spirit of modern inventors. His patents reflect a commitment to advancing technology in the field, making significant strides in understanding complex flow dynamics.