Abstract
A study sheds light on the behavior of two interacting gas jets in a fluidized bed. Two regimes are identified: bubbles break off from jets in either a synchronous pattern or an alternating asynchronous pattern. Which pattern forms depends on the separation distance between jets and the particle size in the fluidized bed. By reproducing the magnetic resonance imaging results using simulations, the alternating asynchronous pattern is attributed to the dominance of drag forces over dissipative forces on the particles in between the two jets.
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