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Application note
Minimising artefacts – Considerations for storage and transport of sorbent tubes
Application Note 019
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Application note
Confirming sorbent tube retention volumes and checking for analyte breakthrough
Application Note 020
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Application note
Developing and optimising tube-based thermal desorption methods
Application Note 021
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Application note
Selection of gas flows and split ratios during thermal desorption
Application Note 022
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Application note
Overcoming the ‘one-shot’ limitation of thermal desorption by the re-collection of desorbed samples
Application Note 024
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Application note
Calculating atmospheric concentrations from analyte masses retained on sorbent tubes
Application Note 025
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Application note
Minimising analytical interference from water during the analysis of sorbent tubes
Application Note 026
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Application note
A review of sorbent-based sampling methods for volatile and semi-volatile organic compounds in air
Application Note 027
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Application note
Optimising analytical performance and extending the application range of thermal desorption for monitoring air indoors and inside vehicle cabins
Application Note 028
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