"fluidized state" is a correct and usable expression in written English.
It is a term used in chemistry to refer to a state in which an otherwise solid material is brought to a state where it is agitated and behaves more like a liquid. For example, "When the catalyst was added to the mixture, the solid material entered a fluidized state."
The rising gas reacts with the feedstock and maintained the fluidized state of the coal particles.
Besides, the fluidized state inside thereceiver is dependent not only on the inlet air mass flow rate but also on the particle-airbulk temperature.
It can also be revealed that the temperature would affect the physical properties of gas and particles, thus affecting the particle fluidized state from the simulation results.
The latter depends on the geometry, solids concentration, flow rates and other operating conditions, and includes the fluidized state as well as dense and lean phase flows and impact of particle flows on stationary surfaces.
Results showed that the fluidized state changes progressively from aggregative to particulate when fluidized separately by gas, supercritical fluid and liquids, indicating an infinite number of intermediate states existing between aggregative and particulate fluidization.
The evolution of bed composition profiles from the fixed to the fully fluidized state, where the gas drag force first balances the particulate bed weight, makes clear that full fluidization is constantly associated to the achievement of practically thorough mixing.
But serious erosions are brought to the submerged tubes as the furnace emulsion zone always works at turbulent fluidized bed state with higher fluidization velocity.
Experimental and numerical investigations have validated that the supercritical water (SCW) fluidized bed has bubbling fluidization state, which obviously diverges from the classical gas solid fluidized bed.
A new phase diagram is established in terms of CN ε relationship that has two branches representing expanded and fluidized (bed) states, which corresponds to the one in terms of interparticle forces.
The results indicate that the forces vary within certain suitable ranges and present uniform fluctuations when the dense medium gas solid fluidized bed maintains a stable fluidization state.
The aerosol filtration efficiency of fluidized bed filters is found to highly depend on the fluidization state of the filter media.
