Sentence examples for compound separation from inspiring English sources

In comprehensive two-dimensional gas chromatography (GC × GC), thermal modulation is an important process to enhance the detectability of a volatile organic compound analyte and compound separation capacity.

The recaptured fractions were released in a controlled manner for offline olfactory evaluation, and for qualitative analysis using comprehensive gas chromatography coupled to time of flight mass spectrometry (GC × GC TOFMS) for compound separation and identification, thus permitting correlation of odour with specific compounds.

Attempts to optimize compound separation failed to provide baseline separation in the UV chromatograms, using either the BEH C18 or a number of other columns such as CSH (Charged Surface Hybrid) and HSS (High Strength Silica).

The versatility of HPLC in compound separation is due mainly to the availability of numerous chromatographic matrices (reversed-phase, normal phase, ion-exchange, ion-pair, and others), its reproducibility (peak performance and results), and its selectivity (compounds of specific moieties/structures).

The requirement for large amounts of pure material comes from the inherent relatively low sensitivity of NMR and the lack of a compound separation system in NMR analysis.

Compound separation and collection is highly efficient in the mass range of a few nanograms to several micrograms per operation with recovery efficiencies >85% and without any significant contamination.

A Diamonsil C18 (2) column (4.6 × 250 mm, 5 µm) from Diamonsil Technologies (Beijing, China) was used for all the compound separations, and the column temperature was maintained at 25 °C.

Antioxidant compounds could not be separated using BEA solvent system while with CEF and EMW enabled antioxidant compounds separation.

Specially designed chromatographic columns were evaluated for antioxidant compounds separation by supercritical fluid chromatography (SFC) with pure CO2.

This report presents selected DMS MS experimental results, including resolution of complex test mixtures of isobaric compounds, separation of charge states, separation of isobaric biomarkers (citrate and isocitrate), and separation of nearly isobaric biomarker anions in direct analysis of a bio-fluid sample from the radiation-treated group of a mouse-model study.

Environmental pressure, chemical compounds, separation of contaminants, herbicides/pesticides and other chemical compounds are some of the strategies currently used to combat biological contamination and they are undergoing intense research and development worldwide.