Even though many experimental investigations are reported on this subject of liquid velocity
patterns in bubble columns, most of the reported work is restricted to measurements at the …

A non‐invasive γ‐ray emission system, employing eight NaI detectors, has been developed
to follow the motion of a single radioactive particle in a three‐dimensional spouted bed …

Existence of clusters in dense fluidized beds was investigated by analyzing the time-position
data of a tracer obtained in several radioactive particle tracking experiments. It was found …

Radioactive particle tracking (RPT) is a non-invasive technique used to monitor opaque
multiphase flow systems. Achieving highly accurate particle tracing is challenging and time …

Radioactive particle tracking (RPT) is a minimally invasive nuclear technique that tracks a
radioactive particle inside a volume of interest by means of a mathematical location …

The behavior of granular flows inside rotating drums is an ongoing area of research. Only a
few studies have investigated non‐spherical particles despite the fact that particle shape is …

Radioactive isotopes, particularly in the form of radiotracers and radioactive sealed sources,
have been used over a broad spectrum of process industries for equipment and process …

In current work, the radioactive particle tracking (RPT) technique has been used to
investigate the behavior of gas-solid conical mono and binary fluidized bed. The dynamics …

This article presents some observations of the effect of interparticle forces (IPFs) on solids
motion in a gas-solid fluidized bed operated in the bubbling fluidization regime and at …

The success of the radioactive particle tracking system (RPT) developed at the École
Polytechnique (Montréal) and pplied to the study of particle motion in a variety of chemical …