aqueous phase

The aqueous phase may then be recovered without any loss.

The two layers formed are usually known as the organic and aqueous phases.

This process gives an aqueous phase of cobalt, which can then recycled.

The aqueous phase left over from the oil extraction process is called waste mash.

The chloride anion is then transferred to the aqueous phase.

Tetravalent americium has also been observed in the aqueous phase.

Usually they are suspended in an aqueous phase that is stabilized electrostatically.

The layers were separated, and the aqueous phase was extracted with pentane.

If a complexing agent is present in the aqueous phase then it can lower the distribution ratio.

Individual solid, liquid or aqueous phases within each half-cell are separated by a single bar.

The fraction of the sample in the aqueous phase, , is given by:

There is less cross-contamination from the organic phase in the aqueous phase.

Moreover, the aqueous phase that forms after the condensation of the vapor is almost pure water.

DNA was precipitated from the aqueous phase by 2.5 volume ethanol.

Moreover, the proteins remain below the silicone partition, leaving the clear aqueous phase on the top.

Any water solution is an "aqueous phase".

The aqueous phase was washed twice with pentane.

Hydrogen required for this reaction can be produced by aqueous phase reforming of sorbitol.

This structures tight packing of the lipid head groups reduces their contact with the aqueous phase.

The aqueous phase consists of a mixture of non-solvents that forms a surface film.

They increase the viscosity of the aqueous phase and decrease the filter cake permeability.

In a last step, the nucleic acids are recovered from the aqueous phase by precipitation with 2-propanol or ethanol.

The transuranium elements americium and curium also remain in the aqueous phase.

The plutonium passes into the aqueous phase.

The aqueous phase (containing ACh) was collected and dried under a vacuum.