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Automated detection of trace target compounds in complex chemical emission profiles from products and materials

An introduction to the use of thermal desorption for testing chemical emissions from construction materials and consumer products

Automated cryogen-free monitoring of ‘air toxics’ in ambient air using TD–GC–MS in accordance with US EPA Method TO-17

Enhanced tracking of sample- and tube-related information for thermal desorption

Innovative cryogen-free ambient air monitoring in compliance with US EPA Method TO-15

Evaluation of a ‘soil gas’ sorbent tube for improving the measurement of volatile and semi-volatile fuel vapours in contaminated land

Air monitoring – The advantages and applications of canisters and tubes

Liquid standard injection, tube impedance and other factors that may cause discrimination during the calibration of TD methods

The performance of a microchamber device for screening chemical emissions from indoor construction products

Correlation of emission rates determined using the Micro-Chamber/Thermal Extractor with those for conventional emissions-chamber tests

The development of construction product regulations relating to chemical emissions and how to comply with them

An introduction to microchamber sampling for rapid screening of chemical emissions from construction materials and consumer products

Automating measurement of VOCs and SVOCs in products and materials using direct thermal desorption–GC–MS

Simultaneous TD–GC analysis of VOCs and SVOCs

Continuous monitoring of trace-level toxic chemicals in air

Materials emissions testing in the semiconductor and associated industries

Diffusion-locking technology

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