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The complementary role of thermal desorption alongside other sample introduction technologies for GC

Direct desorption of car trim materials for VOC and SVOC analysis in accordance with VDA Method 278

Characterisation of paint samples by direct desorption TD–GC–MS

Technical considerations regarding the use of thermal desorption and associated sampling techniques to measure emissions from products and materials

The performance of thermal desorption for the analysis of high-boiling SVOCs

The use of TD–GC(MS) in flavour and fragrance profiling

Diffusive (passive) monitoring and TD–GC analysis of hazardous air pollutants in industrial and urban locations

Rapid and reliable screening of landfill gas for priority and odorous compounds by TD–GC–MS

Monitoring organic vapours in air – A comparison of thermal desorption and carbon disulfide (CS2) extraction

Detection of trace levels of drugs in dust by TD–GC–MS

The analysis of free-VX from sorbent tubes at low and sub-nanogram levels

Quantitative monitoring of monoethylene glycol (MEG) by TD–GC

Uptake rates for radial diffusive samplers

Analysis of the residual solvent dimethyl sulfoxide in a drug precursor

Direct desorption of VOCs and SVOCs from leather furnishings

Analysis of semi-volatile phosphorus pesticides by thermal desorption and method validation using sample re-collection

Occupational exposure limit levels for VOCs compatible with TD–GC

Workplace air monitoring using pumped sampling onto sorbent tubes and analysis by TD–GC–MS