Linked from

The 45 pages that link to Gas chromatography, each with the reason it gives.

• AdsorptionRelated: Adsorption at the stationary phase can slow compounds by different amounts.

• VolatilityRelated: Volatility affects when compounds enter the gas phase and travel through the column.

• Analytical chemistryBroader topic: Its development brought rapid, sensitive analysis of volatile mixtures.

• Ice coreRelated: It can quantify gases extracted from bubbles trapped in core ice.

• ChromatographyBroader topic: It applies the general method to volatile mixtures, often with a heated column.

• HeliumRelated: Helium is commonly used as an inert carrier gas in this technique.

• High-performance liquid chromatographyCompared with: Unlike HPLC, it requires analytes that can be vaporized without decomposition.

• MicrofluidicsRelated: Early microfabricated chemical-analysis systems drew on chromatographic separation.

• Limit of detectionRelated: Trace-compound analyses use detection limits to assess whether small peaks are distinguishable.

• Calibration curveRelated: Detector signals for separated compounds can be quantified using standards.

• Volcanic gas monitoringRelated: Collected gas samples can be analyzed to determine their chemical composition.

• Capillary electrophoresisCompared with: It suits volatile analytes, whereas capillary electrophoresis generally uses an electrolyte solution.

• Chiral chromatographyRelated: Chiral stationary phases can separate volatile enantiomers in the gas phase.

• Gas chromatography–mass spectrometryBroader topic: Its column separates mixture components before they enter the mass spectrometer.

• Silica gelRelated: Silica gel can serve as a porous adsorbent in gas-separation applications.

• Stationary phaseNarrower topic: Its stationary phase is commonly a nonvolatile liquid film or a solid adsorbent.

• Mobile phaseBroader topic: An inert carrier gas serves as its mobile phase.

• DesorptionRelated: Thermal desorption can introduce captured compounds into a gas chromatograph for analysis.

• GasRelated: A flowing gas transports sample molecules through the separation column.

• CoperniciumRelated: Experiments used gas-phase chemistry to investigate copernicium's volatile behavior.

• Hofmann eliminationRelated: It can separate and identify volatile alkene products in reaction mixtures.

• Homologous seriesRelated: It can separate and identify members of a mixture drawn from the same series.

• Thin-layer chromatographyCompared with: It suits volatile analytes and uses a gaseous mobile phase rather than a plate-bound solvent.

• Dimethyl sulfideRelated: It is commonly used to measure dimethyl sulfide in air, seawater, and biological samples.

• Van Deemter equationBroader topic: The equation’s classic use includes selecting carrier-gas velocity for efficient separations.

• Chemical sensorCompared with: Unlike many sensors, it separates mixture components before measuring them.

• DodecaneRelated: Dodecane can serve as a standard or test compound in chromatographic analysis.

• Ion chromatographyCompared with: Its gas mobile phase and volatility requirements differ from ion chromatography's liquid-phase separation of ions.

• Amagat's lawRelated: Interpreting measured gas volumes for separated components can rely on additive-volume assumptions.

• Arachidic acidRelated: Fatty-acid derivatives can be separated by this method to quantify arachidic acid.

• Column chromatographyCompared with: Its gaseous mobile phase and heated operation distinguish it from typical liquid column separations.

• HexadecaneRelated: Hexadecane is used as a nonpolar reference compound in some chromatographic analyses.

• PentadecaneRelated: Pentadecane can serve as an analyte or reference compound in hydrocarbon separations.

• TetradecaneRelated: Tetradecane can serve as an analyte or reference in hydrocarbon analysis.

• TridecaneRelated: Tridecane can serve as a standard or analyte in hydrocarbon mixture analysis.

• UndecaneRelated: Undecane’s volatility makes it suitable for analysis by this technique.

• 2-ButyneRelated: It can separate 2-butyne from other volatile C₄ hydrocarbons in mixtures.

• Ethyl formateRelated: It can separate and measure ethyl formate in fruit aromas and other mixtures.

• MethanethiolRelated: It separates methanethiol from other volatile sulfur compounds for identification and measurement.

• NonaneRelated: Nonane can serve as an analyte or reference compound in hydrocarbon separations.

• RaffinoseRelated: Derivatized raffinose can be measured in plant and food samples by chromatographic methods.

• 1-ButyneRelated: It can separate and measure 1-butyne in hydrocarbon mixtures.

• Archer MartinBroader topic: Martin later helped develop gas-liquid chromatography, extending partition-based separation to volatile compounds.

• CycloheptaneRelated: Cycloheptane can serve as a volatile hydrocarbon analyte or reference compound.

• tert-Butyl alcoholRelated: Its volatility and solvent use make tert-butanol relevant to sample preparation and chemical analysis.