Transcription of Flame Ionization Detector - Agilent
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Eliminating the Fear FactorAugust 11, 2020 Flame Ionization Detector1 Agilent 11, 20202 The Flagship GCs from 11, 20203 Agilent 8860/8890 Series GC Features detectors AUX 1 Detector (TOP) can be TCD or FPD+ AUX 2 Detector (SIDE) can be TCD, FID, or ECDYES!This means you can have up to 4 detectors on your 8890 GC or 3 detectors on your 8860 GC! IntuvoGC Features DetectorsAugust 11, 2020D1 Position FID TCD uECD FPD+ NPD XCDD2 Position FID TCD GC detectors Flame Ionization Detector (FID)* Thermal Conductivity Detector (TCD)* Nitrogen-Phosphorous Detector (NPD)* Electron Capture Detector (ECD) Flame Photometric Detector (FPD) Chemiluminescence detectors (XCD) Mass Selective Detector (MSD)August 11, 20205 Today s topic is the FID! Detectors10-15gfg1 ppt10-12gpg1 ppb10-9gng1 ppm10-6g FID ECD MSD sim scan NPD (N) NPD (P) FPD (S)FPD (P)SCDNCDLet s focus on the FIDA ugust 11, 02 CHO+CHO+CHO+CHO+CHO+CO2CO2CO2H 02H 02H 02 Flame Ionization Mechanism The FID is a DESTRUCTIVE, mass sensing Detector Cations generated in the Flame are counted and produce the Detector signal Analytes that have the greatest number of low oxidation state carbons produce the LARGEST signal The FID will respond to ORGANIC compounds (C.)
10-15 g fg 1 ppt 10-12 g pg 1 ppb 10-9 g ng 1 ppm 10-6 g µg 0.1% 10-3 g mg % TCD FID µECD sim MSD scan NPD (N) NPD (P) FPD (S) FPD (P) SCD NCD Let’s focus on the FID 6 August 11, 2020 DE.6789930556
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