… relationship between γ-ray intensity and the distance between the particle and the detector.
The … For the reactor experiments the tracer particle with an activity of 27.5 MBq is required to …

… In addition, a number of important multiphase reactors consist of particles having different
properties (size, shape, and density), such as binary solids spouted bed [8,30,31] and binary …

… bottom of the reactor due to … particle tracking (RPT) is the most accurate and lowest cost
velocimetry technique [33, 35, 36] applicable in the study of industrial-scale multiphase systems…

… particle tracking radiography for further study of multiphase … X-ray detectors have better spatial
resolution than γ-ray detectors, … for the large reactor and intermediate for the small reactor, …

… (ie, reactor vessel) of the investigated multiphase system while collecting … However, the RPT
experimental detection system is … ϕ : The probability that a γ-ray will emerge from the reactor …

… to utilize γ-ray emission … in multiphase system reactors has been highlighted. One of the
non-invasive techniques for monitoring multiphase flow system is known as a radioactive particle …

… radioactive sources, such as γ-ray computed tomography. This … techniques to characterize
multiphase flows in fluidized beds … particle tracking (PEPT) or magnetic particle tracking (MPT). …

… to build a comprehensive database of multiphase flow reactors (gas-liquid reactors for now).
… of reactors, and may serve as a comprehensive database for validation of multiphase flow …

… 3-D flow of pebbles in a PBMR was developed and an advanced and non-invasive radioactive
particle tracking … of flow through dense and opaque multiphase systems. This is one of the …

… Finally, it can be said that the single radioactive particle tracking technique as employed in
this work opens up possibilities of using this technique in more complex geometries, such as …