Optimized PAH Analysis Using Triple Quadrupole GC/MS with Hydrogen Carrier
Applications | 2020 | Agilent Technologies Instrumentation
GC/MSD, GC/MS/MS, GC/QQQ
IndustriesEnvironmental, Food & Agriculture
ManufacturerAgilent Technologies
Key wordshydrogen, benzo, carrier, pah, pahs, pyrene, gas, fluoranthrene, relative, fluoranthene, responses, calibration, energies, collision, quantifier, inlet, anthracene, mrm, manual, throughout, mode, ppb, source, specs, inconsistency, eupah, fluorene, time, acquisition, flow, safety, helium, splitless, using, dibenzothiophene, napthalene, anyone, analysis, optimized, problems, explosive, flammable, temperature, over, rings, covering, perylene, abundance, chromatograph, biphenyl
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benzo, benzolinear, linearfluoranthene, fluoranthenepyrene, pyreneanthracene, anthraceneperylene, perylenedibenzothiophene, dibenzothiopheneacenapthylene, acenapthyleneacenapthene, acenaptheneistd, istdbiphenyl, biphenylfluorene, fluorenephenanthrene, phenanthrenechrysene, chrysenehydrogen
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benzo, benzofluoranthene, fluoranthenepyrene, pyreneperylene, perylenehydrogen, hydrogenpahs, pahsanthracene, anthracenehydroinert, hydroinertinlet, inletsoil, soilsource, sourcedibenzothiophene, dibenzothiopheneliner, linerbackflush, backflushgas
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hydroinert, hydroinertlinear, linearbenzo, benzosource, sourcehydrogen, hydrogenfluoranthene, fluoranthenecarrier, carrierextractor, extractorphthalate, phthalategas, gaspass, passmin, minpyrene, pyreneanthracene, anthracenecounts