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FID « Flame ionization

NPD, niti ogen-phosphorus detector FID, flame-ionization detector MS, mass specti ometer. n.q., not quantified n.s., not specified. [Pg.364]

Figure 14.8 Schematic diagram of the natural gas analyser system SL, sample loop VI, two-way valve to block the sample lines V2, ten-port valve V3, V4 and V5, six-port valves R, restriction TCD, themial-conductivity detector FID, flame-ionization detector. Figure 14.8 Schematic diagram of the natural gas analyser system SL, sample loop VI, two-way valve to block the sample lines V2, ten-port valve V3, V4 and V5, six-port valves R, restriction TCD, themial-conductivity detector FID, flame-ionization detector.
Figure 14.12 Schematic diagram of the Refomiulyser system Inj, split injector Cl, polar capillary column C2, packed column to retain the alcohols C3, packed Porapak column for the separation of the oxygenates C4, non-polar capillary column C5, packed 13X column A/E cap, Tenax trap to retain the ar omatics Olf. trap, cap to retain the olefins Pt, olefins hydrogenatOT A cap, cap to retain the -alkanes FID, flame-ionization detector. Figure 14.12 Schematic diagram of the Refomiulyser system Inj, split injector Cl, polar capillary column C2, packed column to retain the alcohols C3, packed Porapak column for the separation of the oxygenates C4, non-polar capillary column C5, packed 13X column A/E cap, Tenax trap to retain the ar omatics Olf. trap, cap to retain the olefins Pt, olefins hydrogenatOT A cap, cap to retain the -alkanes FID, flame-ionization detector.
Figure 14.17 Schematic diagram of the on-line coupled LC-GC system VI, valve foi switcliing the LC column outlet to the GC injector V2, valve for switching the LC column to back-flush mode V3, LC injection valve RI, refractive index monitor detector UV, ulti avio-let monitor detector FID, flame-ionization detector. Figure 14.17 Schematic diagram of the on-line coupled LC-GC system VI, valve foi switcliing the LC column outlet to the GC injector V2, valve for switching the LC column to back-flush mode V3, LC injection valve RI, refractive index monitor detector UV, ulti avio-let monitor detector FID, flame-ionization detector.
ECD = electron capture detector FID = flame ionization detection GC = gas chromatography HECD = Hall electrolytic conductivity detector HRGC = high-resolution gas chromatography HSD = halogen-specific detector H2SO4 = sulfuric acid MS = mass spectrometry NR = not reported PID = photoionization detection UV = ultraviolet detection... [Pg.238]

Fe-TPAA Fe(III)-tris[N-(2-pyridylmethyl)-2-aminoethyl] amine Fe-TPEN Fe(II)-tetrakis-N,N,N, N -(2-pyridyl methyl-2-aminoethyl)amine FFA Free fatty acids FGF Fibroblast growth factor FID Flame ionization detector FITC Fluorescein isothiocyanate FKBP FK506-binding protein FLAP 5-lipoxygenase-activating protein... [Pg.282]

FID = flame ionization detection GC = gas chromatography HPLC = high performance liquid chromatography ITMS = ion trap mass spectrometry MS = mass spectrometry PNMR = proton nuclear magnetic resonance TLC = thin-layer chromatography... [Pg.134]

FID = flame ionization detection GC = gas chromatography MS = mass spectrometry... [Pg.325]

IR = infrared spectrometry GC = gas chromatography FID = flame ionization detector NPD = nitrogen-phosphorous detector IDMS = isotope dilution mass spectrometry MS = mass spectrometry. [Pg.95]

PDMS = polydimethylsiloxane. PA = polyacrylate. CW = Carbowax. DVB = divinylbenzene. FID = flame ionization detection. NPD = nitrogen-phosphorus detection. TSD = thermionic-specific detection. LOQ = limit of quantitation. LOD = limit of detection. TCA = trichloroacetic acid. PICI-MS = positive ion chemical mass spectrometry. SIM = selected ion monitoring. [Pg.56]

EGDN Ethylene glycol dinitrate FH Fluor Hanford FID Flame ionization detector g Gram... [Pg.19]

Figure 4 outlines a portion of ES 2 for choice of the specific instrumental configuration and conditions which are indicated by the decisions and factors provided in ES 1. This is a critical step, since the databases generated in ES 3 must be directly correlated to the specific instrumental configuration and conditions in ES 2 for the concerted analysis of samples, references, etc. e.g., pattern comparisons between analyses with specialty GC detectors (FID-flame ionization, TCD-thermal conductivity, NPD-nitrogen/phosphorus, PID-photoionization). This stage focuses on the attributes of modern analytical instrumentation flexible, modular, microprocessor/computer-... [Pg.368]

FID = flame Ionization detector GC = gas chromatography HRGC = high-resolutlon gas spectrometry... [Pg.69]

FID = flame ionization detector GC = gas chromatography HSD halogen-selective detector MS = mass spectometry NR = not reported... [Pg.132]

Figure 2.4 Comparison of (a) sensitivity, (b) variability, (c) selectivity, and (d) pricing between various chemical and immunological analyses for the presence of PPCPs in the environment. FID = flame ionization detector and EC = electrochemical detection. Note that GC-MS-MS can have mass detectors such as triple quadrupole and ion trap with ionization from El = electron ionization or Cl = chemical ionization, whereas LC-MS-MS with ionization from ESI = electrospray ionization, APCI = atmospheric pressure chemical ionization, or APPI = atmospheric pressure photoionization. (Adapted from Ingerslev and HaUing-Sprensen, 2003.)... Figure 2.4 Comparison of (a) sensitivity, (b) variability, (c) selectivity, and (d) pricing between various chemical and immunological analyses for the presence of PPCPs in the environment. FID = flame ionization detector and EC = electrochemical detection. Note that GC-MS-MS can have mass detectors such as triple quadrupole and ion trap with ionization from El = electron ionization or Cl = chemical ionization, whereas LC-MS-MS with ionization from ESI = electrospray ionization, APCI = atmospheric pressure chemical ionization, or APPI = atmospheric pressure photoionization. (Adapted from Ingerslev and HaUing-Sprensen, 2003.)...
G = Gas Filters MFC = Mass Flow Controllers R = Reactor Setup CG = Carrier Gas FID = Flame Ionization Detector... [Pg.180]

Abbreviations GC, gas chromatography BCD, electron capture detection FID, flame ionization detee-tion MS, mass speetrometry PID, photoionization deteetion... [Pg.44]

GC, gas chromatography FID, flame ionization detector MS, mass spectrometry EQL, estimated quantitation limit (the EQL of Method 8270 for determining an individual compound is approximately 660 qg/kg (wet weight) for soil/sediment samples, 1-200 mg/kg for wastes (dependent on matrix and method of preparation), and 10 J,g/L for groundwater samples) NR, not reported... [Pg.270]

Abbreviations GC, gas chromatography FID, flame ionization detection MS, mass spectrometry Includes groundwater, sludges, caustic and acid liquors, waste solvents, oily wastes, mousses, tars, fibrous wastes, polymeric emulsions, filter cakes, spent carbons, spent catalysts, soils and sediments... [Pg.505]

Table 5.1.2 Gas chromatography (GC) and GC-mass spectrometry (MS) settings. FID Flame ionization detector, MSD mass selective detector, NA not applicable... Table 5.1.2 Gas chromatography (GC) and GC-mass spectrometry (MS) settings. FID Flame ionization detector, MSD mass selective detector, NA not applicable...
EC = electron capture detection FID = flame ionization detector GC = gas chromatography hexa = hexabrominated biphenyl HRGC = high resolution gas chromatography HRMS= high resolution mass spectrometry LC = liquid chromatography MS = mass spectrometry NCI = negative chemical ionization RED = plasma emission detection PBBs = polybrominated biphenyls... [Pg.393]

See other pages where FID « Flame ionization is mentioned: [Pg.5]    [Pg.327]    [Pg.56]    [Pg.375]    [Pg.27]    [Pg.15]    [Pg.208]    [Pg.212]    [Pg.101]    [Pg.243]    [Pg.187]    [Pg.192]    [Pg.2]    [Pg.225]    [Pg.231]    [Pg.52]    [Pg.220]    [Pg.153]    [Pg.98]    [Pg.133]    [Pg.176]    [Pg.10]   


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