Gas chromatography – Applied mass spectrometry
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- Gas chromatography with flame ionization detector (GC-FID)
- Gas chromatography–mass spectrometry:
- Electron ionization (GC-MS(EI)),
- GC-MSn,
- Positive chemical ionization (GC-MS(CI)),
- Negative chemical ionization (GC-MS(NCI)),
- Direct sample introduction probe (DIP-MS).
- Gas chromatography–mass spectrometry (VOCs):
- Headspace (HS-GC-MS(EI)),
- Solid-phase microextraction (SPME-GC-MS(EI, CI, NCI)),
- Thermal desorption (TD-MS(EI)).
- Identification of compounds in complex mixtures using mass spectra
- Quantitative analysis of volatile and semi-volatile compounds in different matrices
- Characterization of mass spectra (MSn fragmentation analysis)
- Sample treatment (extraction, purification, derivation)
- Method development and/or validation
- Determination of trihalomethanes in water
- Determination of residual solvents in synthetic products
- Volatile components in various matrices (blood derivatives, dairy products, plant extracts, tissues, resins, paints, cables, cleaning products, etc.)
- Parabens in cosmetic products
- Identification of impurities in synthetic products
- Detection of semi-volatile organic contaminants (PAHs, OPs, OCs, PCBs, triazines) in water, soils, and sediment
- Determination of VOCs and oils in recovered CO2 samples.
- Study of fatty acids (FAMEs) and sterols
- Study of glycols
- Presence of lubricants in different components
- Development and validation of GC-MS analysis methods
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