FID: Flame Ionisation detector (A)
Abstract This animation shows in steps how the detector works: the conductivity changes when an analyte passes through the flame.
-
The separation process (A)
-
A-Term: eddy diffusion (A)
-
B-term: longitudinal diffusion (A)
-
Selectivity (A)
-
Resolution 1 variable. (A)
-
Resolution Tool (3 variables) (A)
-
Temperature programming (A)
-
Asymmetry factor (A)
-
The retention gap (Animation)
-
Cold trapping and solvent effect (A)
-
Cold trapping or thermal focussing (A)
-
FID: Flame Ionisation detector (A)
-
ECD: Electron Capture Detector (A)
-
NPD: Nitrogen Phosphorus Detector (A)
-
FPD: Flame Photometric Detector (A)
-
Pulsed FPD (A)
-
TCD: Thermal Conductivity Detector (A)
-
GC Modeling Tool (Restek)
-
Fore and backflushing the column (A)
-
Deans fore and backflushing (A)
