Developing technology for the deep-sea mining of polymetallic nodules requires, theoretical
analyses, simulation and numerous experimental studies. In this paper authors focused on …

This paper details the development of non-invasive ultrasonic tomography for imaging liquid
and gas flow. Transmission-mode approach has been used for sensing the liquid/gas two …

Measuring parameters of two-phase flows usually requires contactless measuring
techniques to be used together alongside advanced methods of signal processing. One of …

This manuscript summarizes the plenary lecture delivered at the ISCRE 20 meeting in Kyoto
on Tuesday, September 9, 2008. The scope, history and status of our chemical reaction …

Solid–liquid stirred tank reactors are widely used in the chemical, biochemical and mineral
processing industries. Characterization of solid hydrodynamics in these reactors is essential …

The advances in both experimental characterization as well as computational modeling over
the last couple of decades have provided process engineers unprecedented opportunities to …

Mechanically agitated reactors find wide range of applications for solid suspension and
mixing in the chemical, biochemical, and mineral processing industries. Understanding the …

Fully turbulent fluid flows in a laboratory-scale stirred tank (ST) equipped with a radial flow
impeller (Rushton turbine; RT) or an axial flow impeller (pitched blade turbine; PBT) were …

In this study, computer-automated radioactive particle tracking (CARPT) is implemented for
the first time in the characterization of flows in stirred tanks. Both the experimental technique …

Gamma-densitometry is a widespread method of measuring non-intrusively the local void
fraction of gas–liquid two-phase pipe flows. Using standard single-beam gamma …