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. 2024 Sep 8;42(9):881–890. [Article in Chinese] doi: 10.3724/SP.J.1123.2024.01019

表4.

本方法与其他方法的比较

Coating Methods Number
of PAEs
Samples LOD/
(μg/L)
LOQ/
(μg/L)
Recovery/
%
RSD/
%
Ref.
SWCNTs SPE/GC-MS 6 camellia oil - 10.0-30.0a 86.4-111.7 5.4-10.4 [5]
DSMNPs dSPE/HPLC/UV 5 water 0.5-5.0 3.0-10.0 85.7-105.5 3.9-5.7 [6]
Co-MNPC@MIPs MSPE/GC-FID 5 edible oil 10.0-25.0 32.0-69.0 81.6-102.2 3.3-12.0 [7]
G/PVC HS-SPME/GC-FID 4 vegetable oil 60.0-80.0 200.0-300.0 87.0-112.0 8.1-10.5 [30]
MWCNTs dSPE/GC-MS 7 virgin olive oil 6.0-50.0 - 87.0-111.0 3.7-7.6 [31]
PDMS DI-SPME/GC-QqQ MS 9 vegetable oil 15.0-144.0a 25.0-523.0a - 1.3-11.8 [32]
PDMS/DVB HS-SPME/GC-MS 4 vegetable oil/soft drink 0.1-3.3 0.2-11.1 84.5-102.1 1.6-4.9 [33]
BnCD-HCP HS-SPME/GC-MS 12 vegetable oil 0.21-3.74a 0.7-12.3a 72.5-124.4 1.2-11.7 this work

SWCNTs: single-walled carbon nanotubes; DSMNPs: diatomaceous earth-supported magnetite nanoparticles; Co-MNPC@MIPs: cobalt magnetic nanoporous carbon molecularly imprinted polymers; G/PVC: graphene/polyvinylchloride; MWCNTs: multi-walled carbon nanotubes; DVB: divinylbenzene; dSPE: dispersive solid-phase extraction; DI-SPME: direct immersion solid-phase microextraction extraction; a: the unit is μg/kg.