This experimental study reveals a striking nonlinear-physics phenomenon of fundamental
and practical interest—changing conditions at the interface of two swirling immiscible fluids …

Background Research into the flow structure in an aerial vortex bioreactor is relevant for
developing the methods for growing cell cultures. Determining the optimal cultivation …

It has been found, for the first time, that rotating polygons (m= 1, 2) can exist in a system of
two immiscible fluids, which can be in three different steady states: stable funnel, cycling …

In the course of the search for a flow pattern optimal for culture growth in vortex bioreactors,
our experiments discovered striking flow patterns that existing theoretical models cannot …

Research into the flow structure in an aerial vortex bioreactor is relevant for developing the
methods to grow cell cultures. It is especially important in the case when, with the culture …

Two-phase gas-liquid and gas-dispersed flows are frequently encountered in energy,
nuclear, chemical, geothermal, oil and gas and refrigeration industries. Two-phase gasliquid …

In the course of the search for a flow pattern optimal for culture growth in vortex bioreactors,
our experiments discovered striking flow structures that existing theoretical models cannot …