A new wire-mesh tomograph for multiphase flow measurement


A new wire-mesh tomograph for multiphase flow measurement

Da Silva, M. J.; Schleicher, E.; Hampel, U.

We have developed and tested a new wire-mesh tomograph based on capacitance measurements, which may now be used for the investigation of non-conducting fluids. It can at the moment acquire up to 625 frames per second. For the experimental measurements we have employed a 16 x 16 laboratory wire-mesh sensor. The evaluation of the wire-mesh tomograph prototype has shown good reproducibility and accuracy in capacitance measurements, thus allowing the system to be employed in the investigation of a wide range of substances even with close relative permittivity values, such as for air and oil. Furthermore, time resolved measurements of different flow patterns for oil-air mixtures have been performed.

Keywords: capacitance measurement; multiphase flow; relative permittivity

  • Contribution to proceedings
    Multi-Phase Flow: Simulation, Experiment and Application, 25.-27.04.2007, Dresden, Germany
    Proceedings of FZR & ANSYS Multiphase Flow Workshop
  • Lecture (Conference)
    Multi-Phase Flow: Simulation, Experiment and Application, 25.-27.04.2007, Dresden, Germany

Permalink: https://www.hzdr.de/publications/Publ-9649