|
11. Cookson, J. T., Bioremediation Engineering, McGraw-Hill, New York, (1995), 524
<br />pages.
<br />12. Coughlin, J.R., "Acrylamide: What We Have Leazned So Far," Food Tech., 57, 100
<br />(2003).
<br />13. Croll, B. T., B. M. Arkell, and R. P. J. Hodge., "Residues of Acrylamide in Water,"
<br />Water Res., 8, 989-993 (1974).
<br />14. Davis, L. N., P. R. Durkin, P. H. Howard, "Investigation of Selected Potential
<br />Environmental Contaminants: Acrylamides," US EPA, Washington DC, Report No.
<br />560/2-76-008, 159 pp (1976).
<br />15. Dean-Ross, Deborah, H. Mayfield, J. Spain, "Environmental Fate and Effects of Jet Fuel
<br />JP-8," Chemosphere, 24, 219-228 (1992).
<br />l6. Dean-Ross, Deborah, "Fate of Jet Fuel JP-4 in Soil," Bulletin of Environmental
<br />Contamination and Tox., 51, 596-599 (1993).
<br />17. Erickson, L. E., T. Nakahara, and A. Prokop, "Growth in Cultures with Two Liquid
<br />Phases: Hydrocarbon Uptake and Transport," Process Biochemistry, 10, 9-13 (1975).
<br />18. Fisher Scientific, "Material Safety Data Sheet of Dodecane," NJ, USA,(2000).
<br />19. Gustafson, J. B., J. G. Tell, and D. Orem, "Selection of Representative TPH Fractions
<br />Based on Fate and Transport Considerations," Total Petroleum Hydrocarbon Criteria
<br />Working Group Series, Amherst Scientific Publishers, Amherst, MA, 3, pp: 1-68 (1997).
<br />20. Humphrey, A. E., "A Critical Review of Hydrocarbon Fermentations and Their Industrial
<br />Utilization," Biotech. and Bioeng., 9, 3-24 (1967).
<br />21. Karthikeyan, R., L. E. Erickson, L. C. Davis and K. R. Mankin, "Fate and Transport of
<br />Jet Fuels in Soils with Plants: Experiments and Modeling," Proceedings of the Seventh
<br />International Petroleum Environmental Conference, K. L. Sublette, Editor, University of
<br />Tulsa, Tulsa, OK, pp. 469-503 (2000).
<br />22. Khaitan, S., L.E. Erickson, R. Karthikeyan, and S.L.L. Hutchinson, "Biodegradation of
<br />Organics in Anti Traction Material," Proceedings, Biochemical Engineering Symposium,
<br />Iowa State University, (2002).
<br />23. Khaitan, S., "Biodegradation of Organics in Anti Traction Material," MS Thesis, Kansas
<br />State University, (2003).
<br />24. Londe, S. S., S. J. Bosch, and P. H. Howard., "Degradation and Leaching of Acrylamide
<br />in Soil," J Environ. Qual., 8, 133-137 (1979).
<br />25. Lide, D. R., CRC Handbook of Chemistry and Physics, 75'h ed., CRC Press LLC, FI,
<br />(1994).
<br />26. Mallinckrodt Baker Inc., "Material Safety Data Sheet of Dodecane," Philipsburgh, NJ,
<br />USA, (2001).
<br />27. McCollister, D. D., G L. Hake, S. E. Sadek, and V. K. Rowe., "Toxicologic
<br />Investigations of Polyacrylamides," Toxicol. Appl. Pharmacol., 7, 639-651 (1965).
<br />28. Perry R. H., D. W. Green, Perry's Chemical Engineering Handbook, McGraw Hill, NY,
<br />T~ ed (1997).
<br />29. Peterson, R. J., R. F. Colingsworth, E. J. Conway, and J. G. Graca, "Assessment of The
<br />Need for, and Character of Limitations of, Acrylamide and Its Compounds," US EPA
<br />Office of Toxic Substances, Final Rep. for Contract no. 68-07-4308, U.S. Government
<br />Printing Office, Washington, DC, (1977).
<br />30. Pritchard, P. H., T. P. Maziarz, L. H. Mueller, A. W. Bourquin, "Environmental Fate and
<br />Effects of Shale Derived Jet Fuel," USAF/ESC Report ESL-TR-87-09, (1988).
<br />31. Spain, J. C., and C. C. Somerville, "Fate and Toxicity of High Density Missile Fuels RJ-
<br />5 and JP-9 in Aquatic Test Systems," Chemosphere, 14, 239-248 (1985).
<br />32. Spalding, B. P., and L. K. Hyder, "Grouting as a Remedial Technique for Buried Low-
<br />Level Radioactive Wastes," J. Environ Qual., 14, 389-395 (1985).
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