@article{zhong_overcash_mcpeters_1994, title={PHOTODEGRADATION OF TCDD IN SOIL CONTAINING ORGANIC-SOLVENTS}, volume={16}, ISSN={["0269-4042"]}, DOI={10.1007/BF01747921}, abstractNote={Studies were conducted to understand 2,3,7,8-tetrachlorodibenzo-p-dioxin (TCDD) behaviour in the near surface zone in relation to the operating conditions: UV-intensity, temperature and exposure modes. Comparisons have been made between Oriel lamp exposure tests and sunlight exposure tests. Under Oriel lamp exposure, the convective transport of TCDD, which depends on operating temperature, was the limiting factor in the cleanup process. The product differences between Oriel exposure tests and sunlight exposure tests probably result from the difference of UV-intensities.}, number={3-4}, journal={ENVIRONMENTAL GEOCHEMISTRY AND HEALTH}, author={ZHONG, YP and OVERCASH, MR and MCPETERS, AL}, year={1994}, month={Dec}, pages={235–240} }
 @article{zhong_overcash_mcpeters_1993, title={NEAR SUNLIGHT ZONE MODEL FOR PHOTODEGRADATION OF TCDD IN SOILS CONTAINING ORGANIC-SOLVENTS}, volume={26}, ISSN={["0045-6535"]}, DOI={10.1016/0045-6535(93)90180-D}, abstractNote={Abstract The near sunlight zone model was developed to identify and quantify the controlling factors governing the processes of transport and photolysis of TCDD in the top layer photoreaction zone. This model draws a clear picture of TCDD concentration variation and explains why the dominant role shifts.}, number={7}, journal={CHEMOSPHERE}, author={ZHONG, Y and OVERCASH, MR and MCPETERS, AL}, year={1993}, month={Apr}, pages={1263–1272} }