fluidisation BrE
fluidization AmE

Air is blown through hot ash creating a bubbling liquid effect - called fluidisation.

Fluidisation through a 1 way membrane.

Fluidisation through a one-way membrane can help compacted material, but are expensive and difficult to install and maintain.

Silica sand is used in the boilers as a bed fluidisation material, which aids the efficient combustion of the RDF.

In other cases, blocks derived from great depths may resemble polished water-worn pebbles and are cobbled due to fluidisation and upwards transport.

The main mechanism suggested for mingling of the igneous clasts with the sediment is fluidisation, in the sense of particle support and transport by a fluid.

Fluidization (or fluidisation) is a process similar to liquefaction whereby a granular material is converted from a static solid-like state to a dynamic fluid-like state.

For a free-standing bed there will exist a point, known as the minimum or incipient fluidisation point, whereby the bed's mass is suspended directly by the flow of the fluid stream.

The increased flux permits partial expansion (fluidisation) of the granular sludge bed, improving wastewater-sludge contact as well as enhancing segregation of small inactive suspended particle from the sludge bed.

Particle technology thus deals with bulk storage, crushing and grinding, particle size separation, such as sieving, tabling, flotation, qualitative separation such as magnetic separation, and/or electrostatic precipitation, fluidisation, flocculation, particle size analysis, powder metallurgy, nanotechnology, particle characterisation by shape, and others.

This was one of the first books on fluidization, and it generated keen interest.

It does not use any fluidization water and relies entirely on centrifugal force for separation.

They work on the principle of fluidization and have an inclined reciprocating grading deck.

A new potential application of fluidization technology is chemical looping combustion, which has not yet been commercialized.

He is regarded as the founding father of the Fluidization in Chemical Engineering.

The resulting phenomenon is called fluidization.

This process, known as fluidization, imparts many important advantages to the FBR.

The displacement of continental crust in the form of fluidization and physical shaking both contribute to their formation.

The corresponding fluid velocity, known as the "minimum fluidization velocity", .

The FBE powder is placed on a "fluidization bed".

Bubbling typically forms directly at incipient fluidization.

Fluidization of this group requires very high fluid energies and is typically associated with high levels of abrasion.

Pressure Loss Scenarios: If fluidization pressure is suddenly lost, the surface area of the bed may be suddenly reduced.

A dish structure is a secondary sedimentary structure caused by liquefaction and fluidization of the soft sediment.

The polymerization reaction generates heat and the intense mixing associated with fluidization prevents hot spots where the polyethylene particles would melt.

Fluidization has many applications with the use of ion exchange particles for the purification and processing of many industrial liquid streams.

In a fluidization bed, the powder particles are suspended in a stream of air, in which the powder will "behave" like a fluid.

In 1922 Fritz Winkler made the first industrial application of fluidization in a reactor for a coal gasification process.

This stage is known as incipient fluidization and occurs at this minimum fluidization velocity.

Zischka presented German technical developments as Coal fluidization or the (Haber process) as being able to guarantee peace.

Instead of Zischka's zest for coal fluidization nowadays authors promote switching to solar energy supply and hydrogen economy as technocratic deus-ex-machina leading to global peace.

In fluidized beds, the contact of the solid particles with the fluidization medium (a gas or a liquid) is greatly enhanced when compared to packed beds.

Floodability (powder) of powderized materials, its tendency to liquid-like flow due to natural fluidization of a mass of particles by air (aeration).

Challenges with CLC include operation of dual fluidized bed (maintaining carrier fluidization while avoiding crushing and attrition), and maintaining carrier stability over many cycles.