Add to ORKGThe efficiency of FSOT capillary columns coated with a commercially available autocrosslinkable high-molecular-weight polyethylene glycol stationary phase is dependent on crosslinking conditions. Columns prepared under different conditions have been evaluated in the partitioning mode and the adsorption mode through hu and TZu curves. The optimum crosslinking temperature is 200-degrees-C
In this paper, we present two designs for the implementation of extremely fast temperature programmi...
An overview is given of existing methods to minimise the analysis time in gas chromatography (GC) be...
In this study some aspects of quantitation in capillary gas chromatography are discussed for on-colu...
The efficiency of FSOT capillary columns coated with a commercially available autocrosslinkable high...
The possibilities of OV-1701 and RSL-310, two new stationary phases, have been evaluated for capilla...
Gas chromatographic columns which are used in the trace gas analyzer (TGA) for the space shuttle are...
For a typical narrow bore (50 m) and wide bore (320 m) capillary column the effects of increased sta...
The preparation of wide bore (320 m) and narrow bore (50 m) fused silica capillary columns is descri...
It is shown theoretically that for an isothermal analysis the relationship of the retention time to ...
Savings in analysis time in capillary GC have always been an important issue for chromatographers si...
A novel technique for high-speed gas chromatography that uses simultaneous temperature gradients in ...
The chromatographic performance of 50 mu m internal diameter (i.d.) fused silica columns coated with...
In our laboratory, chloroform is increasingly required to be used as the mobile phase for the size e...
Ultra narrow bore (50 mum 1.0.) fused silica columns were statically coated with apolar stationary p...
The paper Is dealing with the design and evaluation of a simple versatile system for sample introduc...
In this paper, we present two designs for the implementation of extremely fast temperature programmi...
An overview is given of existing methods to minimise the analysis time in gas chromatography (GC) be...
In this study some aspects of quantitation in capillary gas chromatography are discussed for on-colu...
The efficiency of FSOT capillary columns coated with a commercially available autocrosslinkable high...
The possibilities of OV-1701 and RSL-310, two new stationary phases, have been evaluated for capilla...
Gas chromatographic columns which are used in the trace gas analyzer (TGA) for the space shuttle are...
For a typical narrow bore (50 m) and wide bore (320 m) capillary column the effects of increased sta...
The preparation of wide bore (320 m) and narrow bore (50 m) fused silica capillary columns is descri...
It is shown theoretically that for an isothermal analysis the relationship of the retention time to ...
Savings in analysis time in capillary GC have always been an important issue for chromatographers si...
A novel technique for high-speed gas chromatography that uses simultaneous temperature gradients in ...
The chromatographic performance of 50 mu m internal diameter (i.d.) fused silica columns coated with...
In our laboratory, chloroform is increasingly required to be used as the mobile phase for the size e...
Ultra narrow bore (50 mum 1.0.) fused silica columns were statically coated with apolar stationary p...
The paper Is dealing with the design and evaluation of a simple versatile system for sample introduc...
In this paper, we present two designs for the implementation of extremely fast temperature programmi...
An overview is given of existing methods to minimise the analysis time in gas chromatography (GC) be...
In this study some aspects of quantitation in capillary gas chromatography are discussed for on-colu...