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김창균,William Paul Clarke,David Lockington 한국지하수토양환경학회 1999 지하수토양환경 Vol.4 No.2
The unknown amount of thiolane retained on different soil matrix was characterized by employing an uniquely designed glass vessel, which was forced to purge the prepared slurry sample so that thiolane may diffuse into Tenax/charcoal tube. Thiolane can be recovered ranging from approximately 89% at 1 ppm regardless of soil types, which was not consequently affected by potential biodegradation during sample preparation. For 5ppm, thiolane is more recoverable up to 92% for sand, whereas it was poorly recovered as low as 85% for clay. It strongly suggests that controls should be considered when soil types varied in a concerned area. The technique was eventually capable of determination of thiolane for the samples taken from the site which led to be taken into consideration for proper site remediation.