The analysis of ignitable liquid residues from fire debris, using static or dynamic headspace sampling onto sorbent tubes, in conjunction with TD-GC-MS.
Monitoring of potentially harmful volatile and semi-volatile organic compounds (VOCs and SVOCs) emitted from respiratory medical devices by TD-GC-MS protocols.
Confident GC–MS canister analysis of regular and trace-level polar and non-polar VOCs in humid environments- US EPA Method TO-15, Chinese EPA method HJ 759
Overview of the fundamentals of thermal desorption and compatible sampling techniques, as used for chemical ecology studies.
Highly efficient monitoring of VOCs in stack emissions using sorbent tubes analysed by TD–GC–MS in accordance with European standard method CEN/TS 13649.
Flavour profiling of various beverages using high-capacity sorptive extraction and TD-GC-MS.
Application note describing GC×GC–FID for routine analysis of total petroleum hydrocarbons.
Application note describing innovative cryogen-free ambient air monitoring in compliance with US EPA Method TO-15.
Assessment of VOCs emitted from museum display cases using a sampling device in conjunction with analysis by thermal desorption–GC-MS
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