Moving from Helium to Hydrogen as a Carrier Gas for the Thermo Scientific ISQ GC-MS SystemAplikace | 2012 | Thermo Fischer Scientific InstrumentaceGC/MSD, GC/SQZaměřeníOstatníVýrobceThermo Fischer ScientificKlíčová slovahydrogen, isq, minutes, abundance, relative, carrier, accommodate, thermo, scientific, use, sqc, adopting, palladium, helium, system, typical, prompted, alarm, converting, paired, safely, xcalibur, precautions, set, feasibility, gas, comparisons, slight, parameters, diffusion, converted, moving, plots, yields, finland, norway, sweden, adjustment, taking, generator, sensor, rather, investigate, brief, discussion, numbers, labs, comparable, changing, has
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Fast GC-MS Analysis of Semi-Volatile Organic Compounds: Migrating from Helium to Hydrogen as a Carrier Gas in US EPA Method 8270
2016|Thermo Fischer Scientific|Aplikace
Fast GC-MS Analysis of Semi-Volatile OrganicCompounds: Migrating from Helium to Hydrogenas a Carrier Gas in US EPA Method 8270Jessie Butler, Alexander N. Semyonov, and Pat O’BrienThermo Fisher Scientific, Austin, TX, USA OverviewResultsPurpose: Optimize US EPA Method 8270 with hydrogen carrier gasMethods:...
Klíčová slova
hydrogen, hydrogenbake, bakeabundance, abundancerelative, relativetic, ticout, outhelium, heliumtime, timedinitrophenols, dinitrophenolsoctylphthlate, octylphthlatetribromophenol, tribromophenolmin, minrun, rundinitrotoluenes, dinitrotoluenestrichlorophenols
Fast GC-MS Analysis of Semi-Volatile OrganicCompounds: Migrating from Helium to Hydrogenas a Carrier Gas in US EPA Method 8270Jessie Butler, Alexander N. Semyonov, and Pat O’BrienThermo Fisher Scientific, Austin, TX, USA OverviewResultsPurpose: Optimize US EPA Method 8270 with hydrogen carrier gasMethods:...
Klíčová slova
hydrogen, hydrogenbake, bakeabundance, abundancerelative, relativetic, ticout, outhelium, heliumtime, timedinitrophenols, dinitrophenolsoctylphthlate, octylphthlatetribromophenol, tribromophenolmin, minrun, rundinitrotoluenes, dinitrotoluenestrichlorophenols
Practical Determination and Validation of Instrument Detection Limit of Thermo Scientific™ ISQ™ LT Single Quadrupole GC-MS
2016|Thermo Fischer Scientific|Technické články
Richard Law, Senior Application Scientist, Thermo Fisher Scientific, Runcorn UKTommaso Albertini, Marketing Manager, Thermo Fisher Scientific, Rodano ItalyIntroductionRT: 11.60 - 12.00×250RT: 11.93SN: 3671RMS100NL:1.85E6m/z=283.5284.5 MSICISHCB_Sig_To_Noise90Noise range 11.7-11.880Relative Abundance70605040302010011.6011.6511.7011.7511.80Time (min)11.8511.9011.9512.00Figure 1.RT: 11.60 - 12.00×250RT: 11.93SN: 8046 RMS100NL:1.85E6m/z=283.5284.5 MSICISHCB_Sig_To_Noise90Noise range 11.75 – 11.8580Relative...
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From Helium to Hydrogen: GC-MSCase Study on SVOC’s in waterDwain CardonaSenior Applications ScientistThermo Fisher ScientificThe world leader in serving science1 2UHP HUHe f r o m C y l i n d e rH2 from CylinderH2 from GGeneratorN2 from GeneeratorHelium and...
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hydrogen, hydrogendftpp, dftppfull, fulltic, ticrelative, relativeabundance, abundancetuning, tuningisq, isqhelium, heliumbenzo, benzomin, minsafety, safetysensor, sensorexplosion, explosiontime