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HAMPEL, U. OTÁHAL, J. BODEN, S. BEYER, M. SCHLEICHER, E. ZIMMERMANN, W. JÍCHA, M.
Original Title
Miniature conductivity wire mesh sensor for gas-liquid two-phase flow measurement
Type
journal article in Web of Science
Language
English
Original Abstract
A miniature conductivity wire-mesh sensor for gas-liquid two-phase flow measurement in small channels is presented. The sensor design is similar to the conventional wire-mesh sensor for larger flow cross sections with wire electrodes stretched across the flow channel in two adjacent planes and with perpendicular wire orientation between planes. Conductivity measurement is performed by special electronics which consecutively applies bipolar voltage pulse excitation to the sender wires and measures electrical current flow in the wire crossings at the receiver wires. The new design is based on printed circuit board technology. A prototypical sensor made of 2 x 16 stainless steel wires each of 50 mm diameter was manufactured and applied to two-phase flow measurement inside the mixing chamber of an effervescent atomizer. Accuracy of the sensor was studied for static liquid distributions using microphotography and for dynamic two-phase flow by comparison of wire-mesh sensor data with radial gas fraction profiles obtained from X-ray microtomography measurements.
Keywords
Wire-mesh sensor, Effervescent atomizer, Two-phase flow, X-ray microtomography
Authors
HAMPEL, U.; OTÁHAL, J.; BODEN, S.; BEYER, M.; SCHLEICHER, E.; ZIMMERMANN, W.; JÍCHA, M.
RIV year
2009
Released
1. 1. 2009
Publisher
Elsevier
Location
Netherlands
ISBN
0955-5986
Periodical
FLOW MEASUREMENT AND INSTRUMENTATION
Year of study
3
Number
20
State
United Kingdom of Great Britain and Northern Ireland
Pages from
15
Pages to
21
Pages count
7
BibTex
@article{BUT47215, author="Uwe {Hampel} and Jan {Otáhal} and Stephan {Boden} and Matthias {Beyer} and Eckhard {Schleicher} and Winter {Zimmermann} and Miroslav {Jícha}", title="Miniature conductivity wire mesh sensor for gas-liquid two-phase flow measurement", journal="FLOW MEASUREMENT AND INSTRUMENTATION", year="2009", volume="3", number="20", pages="15--21", issn="0955-5986" }