Abstract Fuel chromatography-mass spectrometry (GC/MS) is a strong analytical strategy broadly used in laboratories for that identification and quantification of unstable and semi-risky compounds. The choice of provider gasoline in GC/MS substantially impacts sensitivity, resolution, and analytical efficiency. Traditionally, helium (He) has long been the preferred provider gas as a https://hydrogen-for-gas-chromato45678.wikiadvocate.com/7038359/hydrogen_for_a_provider_and_buffer_gas_in_fuel_chromatography_mass_spectrometry_gc_ms_apps_and_rewards_in_laboratory_options