Sentence examples for methods for separation from inspiring English sources

Chromatography with random packing is one of the most widely used methods for separation and analysis.

Current methods for separation calculations, however, are based on the flows of discrete components.

Therefore, reproducible and reliable methods for separation and purification are required for the accurate characterization of these enzymes.

The methods for separation of mixtures on a laboratory and on an industrial scale are increasingly based on utilising the change in concentration of components at the interface.

These methods are indirect measurement of total wheel rail roughness, the use of an antenna for source location, and two new methods for separation of vehicle and track noise.

Conventionally, there exist two methods for separation of bitumen from oil sands, the hot water separation method (Fan and Bai 2015; Ren 2011) that can only be used for water-wet oil sands (Zhao et al. 2014) and the solvent extraction method that can be used to process oil-wet oil sands, but it requires high treatment costs and can result in environmental pollution.

Precipitation was used for many years as a standard method for separation and analysis of metals.

At the present time, chromatography is the most significant method for separation of organic substances and, along with electrophoresis, is most widely used for biological substances.

Foam fractionation represents a promising method for separation and concentration of biochemicals.

Aqueous polymer two-phase system provides a powerful method for separation and purification of biomaterials.

It suggested the appropriate DB-WAX column and CI method for separation and detection of six VAPs in microbial samples.