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Issue 19, June 2006
Innovative Technology
for Monitoring Trace Level Compounds in Soil and Air
Article
References
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1. Brown RH, Charlton J, Saunders KJ, The development of an improved
diffusive sampler, Am. Ind. Hyg. Assoc. J., 42, (1981), 865-869 (1981)
2. Harper M, Purnell CJ, Diffusive sampling - a review., Am. Ind. Hyg.
Assoc. J., 48, (1987) 214-218
3. Cao X-L, Hewitt CN, Application of passive samplers to the monitoring
of low concentration organic vapours in indoor and, ambient air: A
review, Env. Technol,. 12, (1991), 1055-1062
4. Woolfenden EA. Monitoring VOCs in air using sorbent tubes followed by
thermal desorption-capillary GC analysis: Summary of data and practical
guidelines J of Air and Waste Management Assoc,. 47, (1997) 20 36
5. Coker DT, van den Hoed N, Saunders KJ, Tindle PE, A monitoring method
for gasoline vapour giving detailed composition. Ann. Occup. Hyg., Vol
33, No.11, pp 15-26, (1989).
6. McClenny WA, Colón M, The measurement of toxic volatile organic
compounds by EPA compendium method TO-17 - evaluation and applications
to indoor air, National Exposure Research Laboratory, US EPA
7. Woolfenden E, The Thermal Desorption Alternative, Todays chemist at
Work, March 1998
8. Markes International Ltd. Thermal Desorption Technical Support Note
53: Quantitative Recovery of High Boiling (> 450°C) Semi-Volatiles (sVOCs)
using Thermal Desorption - GC- MS
9. Markes International Ltd., Thermal Desorption Technical Support Note
16: Round-the-clock, on-line and cryogen-free monitoring of hydrocarbons
from acetylene to trimethyl benzene in ambient air
10. Markes International Ltd., Thermal Desorption Technical Support Note
16: Round-the-clock, on-line and cryogen-free monitoring of hydrocarbons
from acetylene to trimethyl benzene in ambient air
11. Markes International Ltd., Thermal Desorption Technical Support Note
47: The Analysis of Landfill Gas Compounds using ThermalDesorption GCMS
and a Retention Time Locked Database.
12. Markes International Ltd. Thermal Desorption Technical Support Note
32: Analysis of Sulphur Compounds using TD-GC-(MS)
13. Markes International Ltd., Thermal Desorption Technical Support Note
29: VOC Air Monitoring Technology and its Application to Contaminated
Land
14. Markes International Ltd., Thermal Desorption Technical Support Note
13: Evaluation of a new device for non-invasive biological monitoring of
volatile organic chemicals
15. Markes International Ltd., Thermal Desorption Technical Support Note
44: The analysis of free-VX from sorbent tubes at low and subnanogram
levels using a standard, non-passivated ULTRA-UNITY Automated Thermal
Desorber
16. Markes International Ltd., Thermal Desorption Technical Support Note
63: Using the TT24-7 with Twin Electrically-Cooled Focusing Traps for
Continuous Monitoring of Trace Level Toxic Chemicals (e.g. Chemical
Warfare Agents) in Air
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