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NPD, nitrogen-phosphorus detector

EC = electrical conductivity detector ECD = electron capture detector FPD = flame photometric detector GC = gas chromatography HPLC = high performance liquid chromatography NPD = nitrogen phosphorus detector TID = thermionic detector UV = ultraviolet spectroscopy... [Pg.180]

GC = gas chromatography MS = mass spectrometry NPD = nitrogen-phosphorus detector. [Pg.92]

NPD nitrogen-phosphorus detector (also known as a thermionic detector)... [Pg.315]

TD-IT, Thermal desorption-ion trap CAD MIKE, collisionally activated decomposition mass-analyzed ion kinetic energy MID, multiple ion detection FID, flame ionization detector NPD, nitrogen/phosphorus detector SIM, selected ion monitoring El, electron impact TMS, trimethylsilane MTBSTFA, N-methyl-N-(tetr.-butyldimethylsilyl)trifluoroacetamide. [Pg.1024]

NPD, nitrogen-phosphorus detector FID, flame-ionization detector MS, mass spectrometer, n.q., not quantified n.s., not specified. [Pg.364]

Note TLC, thin-layer chromatography HPLC, high-performance liquid chromatography GLC or GC, gas-liquid chromatography AA, atomic adsorption NPD, nitrogen phosphorus detector FPD, flame photometric detector GC/MS, gas chromatography/mass spectrometry. [Pg.442]

HPLC = high-performance liquid chromatography LOD = level of detection NPD =nitrogen-phosphorus detector PRA = pararosaniline RSD = relative standard deviation SPE = solid phase extraction PSD = thermionic specific detection UV = ultraviolet absorbance detection... [Pg.346]

Note EDC, electron-capture detector NPD, nitrogen phosphorus detector FPD, flame photometric detector. [Pg.247]

ECD electron capture detector NPD nitrogen-phosphorus detector FID flame ionization detector MS mass spectrometry FPD flame photometric detector Lin linear range DL detection limit QL quantification limit Rec recovery RSD relative standard deviation PC percent conversion DL detection limits in soil... [Pg.914]

MSD Mass selective detector NMR Nuclear magnetic resonance NPD Nitrogen-phosphorus detector (used in GC to analyze nitrogen- and phosphorus-containing organics)... [Pg.8]

The persistence of terbuthylazine, simazine, atrazine, and prometryn (r-triazine herbicides) was studied in sea, river, and groundwaters during long-term laboratory incubation (127 days) under different laboratory conditions (light-darkness at 20 °C). Analysis of herbicides was performed by GC-NPD and their identity was confirmed by GC-MSD(NPD = nitrogen phosphorus detector MSD = mass selective detector) <2004SCT87>. [Pg.219]

NMR Nuclear Magnetic Resonance Spectroscopy NOESY Nuclear Overhauser Enhancement Spectroscopy NPD Nitrogen-Phosphorus Detector OPCW Organization for the Prohibition of Chemical Weapons... [Pg.138]

See other pages where NPD, nitrogen-phosphorus detector is mentioned: [Pg.327] [Pg.78] [Pg.2] [Pg.172] [Pg.76] [Pg.179] [Pg.126] [Pg.160] [Pg.194] [Pg.153] [Pg.33] [Pg.883] [Pg.1013] [Pg.199] [Pg.67] [Pg.1336] [Pg.1385] [Pg.200] [Pg.1011] [Pg.631] [Pg.470] [Pg.404] [Pg.1413] [Pg.1382] [Pg.7] [Pg.560] [Pg.1410] [Pg.222] [Pg.46] [Pg.225] [Pg.516]

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Detectors nitrogen-phosphorus detector

Nitrogen-phosphorus detector

Phosphorus detector