This paper describes an experiment to teach the principles of gas chromatography exploring the boiling points and polarities to explain the elution order of a series of alcohols, benzene and n-propanone, as well as to teach the response factor concept and the internal standard addition method. Retention times and response factors are used for qualitative identification and quantitative analysis of a hypothetical contamination source in a simulated water sample. The internal standard n-propanol is further used for quantification of benzene and n-butanol in the water sample. This experiment has been taught in the instrumental analysis course offered to chemistry and oceanography students
Spillage of water polluting substances via industrial disaster may cause pollution to our environmen...
Gas Chromatography (GC) is a separation technique for volatile compounds that involves the vaporizat...
The main aim of this work is to teach chemistry through a practical application. In it is described ...
This paper describes an experiment to teach the principles of gas chromatography exploring the boili...
Abstract: The gas chromatography experiment presented here is a combination of a quantitative analys...
This article describes an experiment designed to teach quantitative determination in gas chromatogra...
Gas chromatography is a sophisticated tool for the isolation, identification and quantification of c...
In the applications of instrumental analysis lessons, advanced instruments with the needed experimen...
Spillage of water polluting substances via industrial disaster may cause pollution to our environmen...
This work is designed as an experience for organic and analytical chemistry laboratories involved in...
Gas chromatography–mass spectrometry (GC–MS) is a powerful analytical tool for detection, identifica...
Evaporation of pollutant liquid is a vital ecological fate when the compounds are introduced into bo...
ABSTRACT: An undergraduate laboratory experiment is described to measure Henry’s law constants of or...
Hands-on experience with analytical chemistry instrumentation is something many undergraduate studen...
Gas chromatography is one of the most modern and most used methods in analytical chemistry. Its vari...
Spillage of water polluting substances via industrial disaster may cause pollution to our environmen...
Gas Chromatography (GC) is a separation technique for volatile compounds that involves the vaporizat...
The main aim of this work is to teach chemistry through a practical application. In it is described ...
This paper describes an experiment to teach the principles of gas chromatography exploring the boili...
Abstract: The gas chromatography experiment presented here is a combination of a quantitative analys...
This article describes an experiment designed to teach quantitative determination in gas chromatogra...
Gas chromatography is a sophisticated tool for the isolation, identification and quantification of c...
In the applications of instrumental analysis lessons, advanced instruments with the needed experimen...
Spillage of water polluting substances via industrial disaster may cause pollution to our environmen...
This work is designed as an experience for organic and analytical chemistry laboratories involved in...
Gas chromatography–mass spectrometry (GC–MS) is a powerful analytical tool for detection, identifica...
Evaporation of pollutant liquid is a vital ecological fate when the compounds are introduced into bo...
ABSTRACT: An undergraduate laboratory experiment is described to measure Henry’s law constants of or...
Hands-on experience with analytical chemistry instrumentation is something many undergraduate studen...
Gas chromatography is one of the most modern and most used methods in analytical chemistry. Its vari...
Spillage of water polluting substances via industrial disaster may cause pollution to our environmen...
Gas Chromatography (GC) is a separation technique for volatile compounds that involves the vaporizat...
The main aim of this work is to teach chemistry through a practical application. In it is described ...