[…] % in Phase I and II and […] % in Phase III

Different embodiments are described in which the panels are driven in phase, in anti-phase, and in a more complex manner.

Subsequently classified in Phases I, II and III.

The summed values are then converted to phases.

The partitions are grouped and ordering into stages.

The well operation is divided into operating phases and a set of management requirements for each operating phase are established.

The slurry is thereby separated into a liquid and solid phase.

The invention relates to a process which is divided into individual modular phases.

A birefringent glass composed of a phase-separated glass is provided.

Organic impurities may be phase separated from the reaction mixture.

An evaporable fluid, in its liquid and vapour states, is retained in the enclosure.

An upper rotor assembly separates the liquid mixture by phase densities with the disparate components directed to respective outlets (154, 156).

The turns are divided into player phases and zombie phases.

The stationary phases obtained can be successfully applied for separating organic compounds in reverse phases systems in liquid chromatography and for extracting to a stationary phase.