018 GC-EI-MS/MS 5 60 (1min), 20/min to 280 1.4 External, quadratic HP-5MS 300 (5min) 019 GC-EI-MS/MS 2 130 (4min), 40/min to 230 1.4 Internal, linear HP-5MS 300 021 GC×GC-µECD 1 80 (2min), 10/min to 3006 1.2 External, linear NA DB1 160, 4/min to 280 Rtx-PCB (5min) 18 5 MLR ISO 18635 J&W 80 (1min), 50/min to 029 120 2.6 300 (4min) 030 GC-EI-MS/MS 1.2 25/min to 320 220 1.5, External Thermo Argon TG5-HT 032 CSk-GC-MS 1 50 (3min), 10/min to 2, Internal DB-5MS 230 280 (10min) Hydrogen 033 GC-ECNI-LRMS 1 60 (1min), 142 2 Internal, Tomy et al. [2] 1000 DB-5 15/min to 320 (13.7min) R Resolving power RF Response factor NA Not available MLR Multiple linear regression 1 Approximately Length m × i.d. mm × film thickness µm 2 3 Hold time in brackets 4 carrier gas was helium and reagent gas methane, unless otherwise stated 5 When specified and when participants used their own standards 6 Temperature of ECD
018 GC-EI-MS/MS HP-5MS 5 60 (1min), 20/min to 300 (5min) 280 1.4 External, quadratic 019 GC-EI-MS/MS HP-5MS 2 130 (4min), 40/min to 300 230 1.4 Internal, linear 021 GC×GC-µECD NA DB1 Rtx-PCB 1 80 (2min), 10/min to 160, 4/min to 280 (5min) 3006 1.2 External, linear 029 J&W 5 80 (1min), 50/min to 300 (4min) 120 2.6 MLR ISO 18635 030 GC-EI-MS/MS Thermo TG5-HT 1.2 25/min to 320 220 1.5, Argon External 032 CSk-GC-MS DB-5MS 1 50 (3min), 10/min to 280 (10min) 230 2, Hydrogen Internal 033 GC-ECNI-LRMS 1000 DB-5 1 60 (1min), 15/min to 320 (13.7min) 142 2 Internal, Tomy et al. [2] R Resolving power RF Response factor NA Not available MLR Multiple linear regression 1 Approximately 2 Length m × i.d. mm × film thickness µm 3 Hold time in brackets 4 carrier gas was helium and reagent gas methane, unless otherwise stated 5 When specified and when participants used their own standards 6 Temperature of ECD 18
1-s2.0-S0165993617303308-mmc1.docx