Add to ORKGOne possible way to speed up a gas chromatographic analysis is the application of fast temperature programming by using resistive heating techniques. With this heating technique programming rates up to 20° per second can be reached. A relative standard deviation of retention times better than 0.2% is obtained. Using fast temperature programming the analysis-times of a mineral oil sample, an industrial oligomer sample, and toxic compounds in diesel fuel have been reduced 5 to 20 times, compared to a standard temperature programmed analysis. In most cases resistive heating cannot be applied to reduce the analysis time of a complex sample. The use of fast temperature programming is preferable to the use of short columns and columns operated at...
†The original work was presented as a poster at the 34th International Symposium of Capillary Chroma...
A new procedure is introduced for the optimization of column peak capacity in a given time. The opit...
We present a fast gas chromatographic system that can be used as a second dimension in comprehensive...
One possible way to speed up a gas chromatographic analysis is the application of fast temperature p...
The features of a resistive-heated capillary column for fast temperature-programmed gas chromatograp...
Numerical calculation procedures are developed to predict the optimum experimental conditions for ra...
A direct-heating fast temperature programming device for fast gas chromatography was designed and ev...
A direct resistive-heating fast temperature programming device for fast gas chromatography was desig...
The technique of high-speed gas chromatography reduces analysis times by using short capillary colum...
In this paper, we present two designs for the implementation of extremely fast temperature programmi...
Temperature programmed gas chromatography (TPGC) is commonly used for the analysis of complex sample...
Minimal time of operation in gas chromatography (GC) has been a research topic ever since the introd...
Gas chromatography is a critical technique used for the separation of volatile and semi-volatile sa...
Savings in analysis time in capillary GC have always been an important issue for chromatographers si...
An overview is given of existing methods to minimise the analysis time in gas chromatography being t...
†The original work was presented as a poster at the 34th International Symposium of Capillary Chroma...
A new procedure is introduced for the optimization of column peak capacity in a given time. The opit...
We present a fast gas chromatographic system that can be used as a second dimension in comprehensive...
One possible way to speed up a gas chromatographic analysis is the application of fast temperature p...
The features of a resistive-heated capillary column for fast temperature-programmed gas chromatograp...
Numerical calculation procedures are developed to predict the optimum experimental conditions for ra...
A direct-heating fast temperature programming device for fast gas chromatography was designed and ev...
A direct resistive-heating fast temperature programming device for fast gas chromatography was desig...
The technique of high-speed gas chromatography reduces analysis times by using short capillary colum...
In this paper, we present two designs for the implementation of extremely fast temperature programmi...
Temperature programmed gas chromatography (TPGC) is commonly used for the analysis of complex sample...
Minimal time of operation in gas chromatography (GC) has been a research topic ever since the introd...
Gas chromatography is a critical technique used for the separation of volatile and semi-volatile sa...
Savings in analysis time in capillary GC have always been an important issue for chromatographers si...
An overview is given of existing methods to minimise the analysis time in gas chromatography being t...
†The original work was presented as a poster at the 34th International Symposium of Capillary Chroma...
A new procedure is introduced for the optimization of column peak capacity in a given time. The opit...
We present a fast gas chromatographic system that can be used as a second dimension in comprehensive...