This document lists Larry C. Michael's publications and presentations from 1980 to 2015. It includes 20 peer-reviewed journal publications with Michael as an author, focusing on measuring environmental pollutants and estimating human exposure. It also lists 17 conference presentations given by Michael and colleagues on related topics such as estimating dietary pesticide intake and modeling children's exposure to pyrethroid pesticides.
Ecotoxicology is the study of the effects of toxic chemicals on biological organisms, especially at the population, community, ecosystem, and biosphere levels.
Abstract— After the II Word War, the chemical based industrial revolution generated a wide and global contamination due to the release in the environment of thousand of compounds without an adequate knowledge of their environmental biotransformation and their toxic effect on the living matter. Recently, it has been found that several of these compounds and/or their relative by-products are persistent environmental contaminants associated with undesirable long-term effects. At present many questions have to be clarified with particular reference to lipophilic polyhalogenated compounds, such as polychloro-dibenzo-dioxins (PCDD), polychloro-dibenzo-furans (PCDF) and polychloro-biphenyls (PCB). These compounds accumulate up the food chain and humans can reach relative high concentration in their body with a consequent risk for health. In this paper we discuss the some basic features of both biological and toxicological aspects related to the dioxins exposure.
Ecotoxicology is the study of the effects of toxic chemicals on biological organisms, especially at the population, community, ecosystem, and biosphere levels.
Abstract— After the II Word War, the chemical based industrial revolution generated a wide and global contamination due to the release in the environment of thousand of compounds without an adequate knowledge of their environmental biotransformation and their toxic effect on the living matter. Recently, it has been found that several of these compounds and/or their relative by-products are persistent environmental contaminants associated with undesirable long-term effects. At present many questions have to be clarified with particular reference to lipophilic polyhalogenated compounds, such as polychloro-dibenzo-dioxins (PCDD), polychloro-dibenzo-furans (PCDF) and polychloro-biphenyls (PCB). These compounds accumulate up the food chain and humans can reach relative high concentration in their body with a consequent risk for health. In this paper we discuss the some basic features of both biological and toxicological aspects related to the dioxins exposure.
Bactriophage history and their uses in environment Jayan Eranga
this is to describe what is bacteriophage is and what is their use as indicator organisms and important in treating for wastewater treatment systems. also it describes their replication cycles as well as their historic milestones too.
assessing heterogeneous influences on partial deposition of virus in lateriticIJCMESJOURNAL
This paper monitored the rate of partial deposition of virus on heterogeneous formation, the study were able to monitor the behaviour of virus in heterogeneous deposition influencing partial concentration of virus in Lateritic and silty formation. The study was able to observe the rate of partial deposition base on its rate of fluctuation through variation observed from deposited void ratio and permeability, such formation developed fluctuation on these parameters thus generated partial deposition of virus in the study area. Linear deposition were also experienced in graphical representation, the result obtained ranged from [1.97E-12-2.35E-11],[3-30M], [1.97E-12-2.36E-11[10-100] Predictive 1.97E-12, Experimental 1.87E-12 [3-36m], predictive, [1,97E-12], Experimental [2.26E-11] [10-120 Days] predictive 2.36E-12, Experimental 2.24E-11,[10-120Days] [1.31E-12-2.36E11], Predictive1.31E-12, Experimental, 2.36E-11 [2-30m], predictive,[2.36E-11-2.2E-11]; [2-30m] ,for Time 1.31E-12-2.36E-11[4-60days] while predictive and Experimental,[2,36E-11] [1.37E-12-2,22E-11] [2-30m] The prediction rate of partial deposition of virus was possible through mathematical modeling techniques, the system were developed base on the parameters from predominant formation characteristics in study location, these parameters generated the derived model through the developed governing equation, simulation generated theoretical values that were compared with experimental results, both parameters developed best fits validating the model, experts will definitely applied this approach in monitoring and evaluation of virus deposits in the study area.
Environmental contamination is not new but the efforts to do something about it are originated from the widespread concern caused by atmospheric testing. Ecotoxicology is concerned with the toxic effects of chemical and physical agents on living organisms, especially on populations and communities within defined ecosystems; it includes the transfer pathways of those agents and their interactions with the environment. Deepthimahanthi Divya"Ecotoxicology-Study aspects" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-2 | Issue-3 , April 2018, URL: http://www.ijtsrd.com/papers/ijtsrd11057.pdf http://www.ijtsrd.com/biological-science/ecology/11057/ecotoxicology-study-aspects/deepthimahanthi-divya
As our environment is degrading day by day it's an important tool for the study of environmental health. Ecological indicators provide us information about the sudden change in the environment. So that we can take appropriate steps for its protection.
Bactriophage history and their uses in environment Jayan Eranga
this is to describe what is bacteriophage is and what is their use as indicator organisms and important in treating for wastewater treatment systems. also it describes their replication cycles as well as their historic milestones too.
assessing heterogeneous influences on partial deposition of virus in lateriticIJCMESJOURNAL
This paper monitored the rate of partial deposition of virus on heterogeneous formation, the study were able to monitor the behaviour of virus in heterogeneous deposition influencing partial concentration of virus in Lateritic and silty formation. The study was able to observe the rate of partial deposition base on its rate of fluctuation through variation observed from deposited void ratio and permeability, such formation developed fluctuation on these parameters thus generated partial deposition of virus in the study area. Linear deposition were also experienced in graphical representation, the result obtained ranged from [1.97E-12-2.35E-11],[3-30M], [1.97E-12-2.36E-11[10-100] Predictive 1.97E-12, Experimental 1.87E-12 [3-36m], predictive, [1,97E-12], Experimental [2.26E-11] [10-120 Days] predictive 2.36E-12, Experimental 2.24E-11,[10-120Days] [1.31E-12-2.36E11], Predictive1.31E-12, Experimental, 2.36E-11 [2-30m], predictive,[2.36E-11-2.2E-11]; [2-30m] ,for Time 1.31E-12-2.36E-11[4-60days] while predictive and Experimental,[2,36E-11] [1.37E-12-2,22E-11] [2-30m] The prediction rate of partial deposition of virus was possible through mathematical modeling techniques, the system were developed base on the parameters from predominant formation characteristics in study location, these parameters generated the derived model through the developed governing equation, simulation generated theoretical values that were compared with experimental results, both parameters developed best fits validating the model, experts will definitely applied this approach in monitoring and evaluation of virus deposits in the study area.
Environmental contamination is not new but the efforts to do something about it are originated from the widespread concern caused by atmospheric testing. Ecotoxicology is concerned with the toxic effects of chemical and physical agents on living organisms, especially on populations and communities within defined ecosystems; it includes the transfer pathways of those agents and their interactions with the environment. Deepthimahanthi Divya"Ecotoxicology-Study aspects" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-2 | Issue-3 , April 2018, URL: http://www.ijtsrd.com/papers/ijtsrd11057.pdf http://www.ijtsrd.com/biological-science/ecology/11057/ecotoxicology-study-aspects/deepthimahanthi-divya
As our environment is degrading day by day it's an important tool for the study of environmental health. Ecological indicators provide us information about the sudden change in the environment. So that we can take appropriate steps for its protection.
Adjuvant Systemic Therapy | Lunch and Learn - Dec 2014 | Dr. Caroline LohrischCBCFBCYukon
Dr. Lohrisch's research presentation is about a multi-disciplinary approach to treatment therapies that will assist oncologists in choosing the right treatment, for the right woman, for the right disease.
Learn more about her research http://ow.ly/Fzfdt
Lawrence Souder from Drexel University presented on June 14, 2011 at a panel on "International Year of Chemistry: Perils and Promises of Modern Communication in the Sciences" at the Special Libraries Association meeting. His talk covered Trust in Science and Science by Blogging, using as an example the NASA press release on arsenic in bacteria and subsequent controversy taking place in the blogosphere
1. LARRY C. MICHAEL
Michael – 1
7/2015
Publications
Melnyk, L.J., J. Xue, G.G. Brown, M.S. McCombs, M. Nishioka, and L.C. Michael. 2014. Dietary intakes
of pesticides based on community duplicate diet samples. Sci. Total Environ. 468-469:785–790.
Melnyk, L.J., M.S. McCombs, G.G. Brown, J.H. Raymer, M. Nishioka, S. Buehler, N. Freeman, and L.C.
Michael. 2012. Community duplicate diet methodology: A new tool for estimating dietary
exposures to pesticides. Journal of Environmental Monitoring 14:85–93.
Melnyk, L.J., M. Byron, G. Brown, A. Clayton, and L. Michael. 2011. Pesticides on household surfaces
may influence dietary intake of children. Environmental Science & Technology, 45, 4594–4601
Raymer, J.H., L.C. Michael, W.S. Studabaker, G.W. Olsen, C.S. Sloan, T. Wilcosky, and D. K. Walmer.
2011. Concentrations of perfluorooctane sulfonate (PFOS) and perfluorooctanoate (PFOA) and
their associations with human semen quality measurements. Reproductive Toxicology. June 29.
Epub ahead of print.
Raymer, J.H., and L.C. Michael. 2010. Uptake of water disinfection by-products into food. RTI Press
Publication No. MR-0016-1008. Research Triangle Park, NC: RTI International.
Raymer, J.H., G. Akland, T.R. Johnson, T. Long, L. Michael, L. Cauble, and M. McCombs. 2009.
Microenvironmental characteristics important for personal exposures to aldehydes in Sacramento,
CA, and Milwaukee, WI. Atmospheric Environment 43:3910–3917.
Helburn, R., J. Albritton, G. Howe, L. Michael, and D. Franke. 2008. Henry’s law constants for fragrance
and organic solvent compounds in aqueous industrial surfactants. Journal of Chemical &
Engineering Data 53:1071–1079.
Flanagan, J.B., L.C. Michael, R. Jayanty, K. Baumann, and P.A. Solomon. 2008. Intercomparison of PMF
receptor modeling results using data from collocated IMPROVE and CSN PM2.5 chemical
speciation sites. Pp. 264–265 in the Air and Waste Management Association’s (A&WMA’s) 101st
Annual Conference & Exhibition—Abstract Book (No. 539). Portland, OR. June 24–26.
Whitmore, R.W., E.D. Pellizzari, H.S. Zelon, L.C. Michael, and J.J. Quackenboss. 2005. Cost/variance
optimization for human exposure assessment studies. Journal of Exposure Analysis And
Environmental Epidemiology 15(6):464–472.
Raymer, J.H., G. Akland, T.R. Johnson, T.R. Long, L.C. Michael, and L. Cauble. 2002. Factors
associated with personal exposure to aldehydes and other pollutants in Sacramento and
Milwaukee. Epidemiology 13(4):145.
Pellizzari, E.D., D.J. Smith, C.A. Clayton, L.C. Michael, and J.J. Quackenboss. 2001. An assessment of
the data quality for NHEXAS–Part I: Exposure to metals and volatile organic chemicals in
Region 5. Journal of Exposure Analysis And Environmental Epidemiology 11(2):140–154.
Pellizzari, E.D., L.C. Michael, K.W. Thomas, P.G. Shields, and C. Harris. 1995. Identification of
1,3-butadiene, benzene, and other volatile organics from wok oil emissions. Journal of Exposure
Analysis And Environmental Epidemiology 5(1):77–87.
2. LARRY C. MICHAEL
Michael – 2
7/2015
Lindstrom, A.B., V.R. Highsmith, T.J. Buckley, W.J. Pate, and L.C. Michael. 1994. Gasoline-
contaminated ground water as a source of residential benzene exposure–A case study. Journal of
Exposure Analysis And Environmental Epidemiology 4(2):183–195.
Hartwell, T.D., R.L. Perritt, E.D. Pellizzari, and L.C. Michael. 1992. Results from the 1987 Total
Exposure Assessment Methodology (TEAM) Study in southern California. Atmospheric
Environment. Part A. General Topics 26(8):1519–1527.
Lindstrom, A.B., R.M. Taft, L.C. Michael, and M.C. Oberg. 1991. Bake-out of a portion of a new high-
rise office building. In Proceedings of the 84th A&WMA Annual Meeting, Vancouver, BC. June.
Michael, L.C., E.D. Pellizzari, and D.L. Norwood. 1991. Application of the master analytical scheme to
the determination of volatile organics in wastewater influents and effluents. Environmental
Science & Technology 25(1):150–155.
Michael, L.C., E.D. Pellizzari, R.L. Perritt, T.D. Hartwell, D. Westerdahl, and W.C. Nelson. 1990.
Comparison of indoor, backyard and central air monitoring strategies for assessing personal
exposure to volatile organic compounds. Environmental Science & Technology 24(7):996–1003.
Wallace, L.A., E.D. Pellizzari, T.D. Hartwell, V. Davis, L.C. Michael, and R.W. Whitmore. 1989. The
influence of personal activities on exposure to volatile organic compounds. Environmental
Research 50:37–55.
Michael, L.C., E.D. Pellizzari, and R.W. Wiseman. 1988. Development and evaluation of a procedure for
determining volatile organics in water. Environmental Science and Technology 22(5):565–570.
Michael, L.C., R.W. Wiseman, L.S. Sheldon, J.T. Bursey, K.B. Tomer, E.D. Pellizzari, T.A. Scott,
R. Coney, A.W. Garrison, J.E. Gebhart, and J.F. Ryan. 1982. Quality of master analytical scheme
data: Purgeables and volatile organic acids. In Advances in the Identification and Analysis of
Organic Pollutants in Water. Edited by L.H. Keith. Ann Arbor Science.
Gebhart, J.E., J.F. Ryan, R.D. Cox, E.D. Pellizzari, L.C. Michael, and L.S. Sheldon. 1982. The master
analytical scheme: Development of effective techniques for isolation and concentration of
organics in water. In Advances in the Identification and Analysis of Organic Pollutants in Water,
Vol. 1. Edited by L.H. Keith. Ann Arbor Science.
Tomer, K.B., J.T. Bursey, L.C. Michael, L.S. Sheldon, E.D. Pellizzari, A.L. Alford, J.D. Pope, and A.W.
Garrison. 1982. Quantitative aspects of the master analytical scheme for organic water. In
Advances in the Identification and Analysis of Organic Pollutants in Water, Vol. 1. Edited by
L.H. Keith. Ann Arbor Science.
Bursey, J.T., M.D. Erickson, L.C. Michael, R.A. Zweidinger, and E.D. Pellizzari. 1980. The utility of
mass spectrometry in the measurement of trace quantities of hazardous organic species in ambient
atmospheres. American Institute of Chemical Engineers Symposium Series 76(196):338.
Michael, L.C., M.D. Erickson, S.P. Parks, and E.D. Pellizzari. 1980. Analysis of volatile environmental
pollutants in biological matrices using a headspace purge technique. Analytical Chemistry
52:1836–1841.
3. LARRY C. MICHAEL
Michael – 3
7/2015
Barclay, J., J.T. Bursey, N. Castillo, S.D. Cooper, J.M. Davis, M.D. Erickson, B.S.H. Harris, L.C.
Michael, E.D. Pellizzari, D. Smith, and K.B. Tomer. 1980. GC/MS/COMP analysis of volatile
halogenated hydrocarbons in man and his environment—A multimedia environmental study.
Biomedical and Environmental Mass Spectrometry 7:139–147.
Zweidinger, R.A., S.D. Cooper, M.D. Erickson, L.C. Michael, and E.D. Pellizzari. 1979. Sampling and
Analysis for semi-volatile brominated organics in ambient air. In Monitoring Toxic Substances.
Edited by D. Schuetzle. American Chemical Society (ACS) Symposium Series 94:217–232.
Erickson, M.D., L.C. Michael, R.A. Zweidinger, and E.D. Pellizzari. 1978. Development of methods for
sampling and analysis of polychlorinated naphthalenes in ambient air. Environmental Science &
Technology 12(8):927–931.
Erickson, M.D., L.C. Michael, R.A. Zweidinger, and E.D. Pellizzari. 1978. Sampling and analysis for
polychlorinated naphthalenes in the environment. Journal of the Association of Official Analytical
Chemists 61:1335.
Presentations
Melnyk, L.J., G.G. Brown, and L.C. Michael. 2012. Inadvertent Ingestion Exposure to Permethrin
Pesticides. Poster presented at the Joint Annual Conference of the International Society for
Environmental Epidemiology and International Society for Exposure Analysis, Seattle, WA.
Raymer, J.H., W. Studabaker, M. McCombs, L. Michael, S.H. Cho, and D. Wagener. 2012. The Impact of
Pre-Deployment Badge Storage on Formaldehyde Measurements in the CHATS Study. Poster
presented at the Joint Annual Conference of the International Society for Environmental
Epidemiology and International Society for Exposure Analysis, Seattle, WA.
Brown, G.G., L.C. Michael, and L.J. Melnyk. 2011. Regression Modeling of Pesticide Intakes from
Composited Food Samples. Poster presented at the Joint Annual Conference of the International
Society for Environmental Epidemiology and International Society for Exposure Analysis,
Baltimore, MD.
Melnyk, L.J., M.S. McCombs, G.G. Brown, M. Nishioka, and L.C. Michael. 2010. Dietary Intakes of
Pesticides from the Collection of Community Duplicate Diet Samples. Presented at the Joint
Annual Conference of the International Society for Environmental Epidemiology and
International Society for Exposure Analysis, Seoul, Korea.
Michael, L.C., L.J. Melnyk, G.G. Brown, M.S. McCombs, J.H. Raymer, and M. Nishioka. 2009.
Feasibility of the Community Duplicate Diet Methodology—Part 2: Statistical Simulations to
Inform Sample Compositing and Study Design. Poster presented at the 2009 Joint Annual
Conference of the International Society for Environmental Epidemiology and International
Society for Exposure Analysis, Minneapolis, MN.
Flanagan, J.B., L. Michael, R.M. Jayanty, K. Baumann, and P.A. Solomon. 2008. Intercomparison of
PMF Receptor Modeling Results Using Data From Collocated IMPROVE and CSN PM2.5
Chemical Speciation Sites. Presented at the 101st A&WMA Annual Conference and Exhibition,
Portland, OR. June.
4. LARRY C. MICHAEL
Michael – 4
7/2015
Flanagan, J.B., M.R. Peterson, R. Jayanty, and L.C. Michael. 2008. Intercomparison of OC/EC Data at
Two PM2.5 Monitoring Networks in the U.S. Poster presented at the American Association for
Aerosol Research’s (AAAR’s) 27th National Conference [American Association for Aerosol
Research], Orlando, FL. October.
Jayanty, R., L.C. Michael, and J.B. Flanagan. 2008. Intercomparison of Two PM2.5 Monitoring Networks
in the U.S. Presented at 2008 European Aerosol Conference (EAC2008), Thessaloniki, Greece.
August.
Raymer, J.H., B.M. Marriott, L. Olso, L.C. Michael, T.R. Fennell, J. Busby-Whitehead, N. Tulve, and
K.W. Thomas. 2008. Factors Important to Defining Susceptibility of the Aging Population to the
Effects of Environmental Exposures. Poster presented at the Joint Annual Conference of the
International Society for Environmental Epidemiology and International Society for Exposure
Analysis, Pasadena, CA. October.
Raymer, J.H., W. Studabaker, L.C. Michael, A.Murtha, C. Emond, and L. Birnbaum. 2007. Potential
Media for Monitoring In Utero Exposure to 2,2’,4,4’-Tetrabromodiphenyl Ether. Presented at the
17th Annual Meeting of the International Society of Exposure Analysis (ISEA), Durham, NC.
October 15–18.
Michael, L.C., J.H. Raymer, W. Studabaker, M. McCombs, and Y.A. Hu. 2007 Assessment of Differential
Exposures of Adults and Children to Pyrethroid Pesticides in Residential Environments.
Presented at the 17th Annual ISEA Meeting, Durham, NC. October 15–18.
Studabaker, W.B., J.H. Raymer, Y.A. Hu., L.C. Michael, M. Spruill-McCombs, and D.B. Barr 2007.
Pyrethroid Hydrolysis Products as Potential Confounders of the Assessment of Exposure to
Pyrethroid Pesticides. Poster presentation at the 17th Annual ISEA Meeting, Durham, NC.
October 15–18.
Michael, L.C., J.B. Flanagan, M.R. Peterson, and R.K.M. Jayanty. 2007. Analysis of PM2.5 Speciation
Network Carbon Blank Data. Poster presented at RTI Fellow Symposium, RTI International,
Research Triangle Park, NC.
Flanagan, J.B., R.K.M. Jayanty, L.C. Michael, E.E. Rickman, P.A. Solomon, J.J. Lantz, and C. McDade.
2007. Multi-year Intercomparison of Collocated STN (CSN) and IMPROVE Monitors. Presented
at AAAR’s 26th Annual Conference, Reno, NV. September 24–28.
Melnyk, L., M. Byron, G. Brown, A. Clayton, and L.C. Michael. 2006. Modeling Excess Dietary
Exposure. Poster presented at the Annual ISEA Meeting, Paris, France. September.
Thomas, K., S. Buehler, N. Wilson, S. Gordon, J.H. Raymer, L. Michael, and W. Studabaker. 2006.
Environmental Stressor and Exposure Information for Older Adults. Poster presented at ISEA’s
Annual Meeting, Paris, France. September.
Raymer, J.H., Y. Hu, L. Michael, W. Studabaker, M. McCombs, L. Ellis, J. Deese-Spruill, and J. Knight.
2005. Longitudinal Study of Children’s Exposures to Pyrethroid Pesticides. Presented at ISEA’s
15th Annual Meeting, Tucson, AZ. October.
Raymer, J.H., W. Studabaker, L. Michael, B. Childs, K. Briggs, C.E. Garner, and A.C. Licata. 2005. In
Utero Exposures to Polybrominated Diphenyl Ethers: The Development of a Physiologically
5. LARRY C. MICHAEL
Michael – 5
7/2015
Based Pharmocokinetic Model. Poster presented at ISEA’s 15th Annual Meeting, Tucson, AZ.
October.
Raymer, J.H., G. Akland, T.R. Johnson, T. Long, L. Michael, L. Cauble, M. Spruill, and B. Childs. 2003.
Factors Associated with Personal Exposure to Aldehydes and Other Pollutants in Sacramento
and Milwaukee. Poster presented at ISEA’s 13th Annual Conference, Stresa, Italy. September 21–
25.
Raymer, J.H., J. Rench, M. Spruill, L. Thalji, L. Michael, G. Akland, and R. Fortmann. 2003. Evaluation
of a Remote Exposure Monitoring Strategy for Use in Longitudinal Cohort Studies. Poster
presented at ISEA’s 13th Annual Conference, Stresa, Italy. September 21–25.
Raymer, J.H., G. Akland, T.R. Johnson, T. Long, L. Michael, L. Cauble, M. Spruill, and B. Childs. 2002.
Factors Associated with Personal Exposure to Aldehydes and Other Pollutants in Sacramento
and Milwaukee. Presented at ISEA’s 12th Annual Conference, Vancouver, British Columbia,
Canada. August 11–15.
Raymer, J.H., G. Akland, T.R. Johnson, T. Long, J. Bruce, B. Childs, and L. Michael. 2001. Human
Exposure to Aldehydes in the Urban Environment: Influence of Microenvironment and Activity.
Presented at ISEA’s Annual Meeting, Charleston, SC. November.
Martin-Goldberg, M., L.C. Michael, R.W. Handy, and C.W. Jameson. 1989. Determination of Lead and
Cadmium in Rat Liver by Square Wave Stripping Voltammetry. Presented at the 40th Annual
Pittsburgh Conference, Atlanta, GA. March 6–10.
Michael, L.C., R.L. Perritt, E.D. Pellizzari, and F. Richardson. 1984. Laboratory Evaluation of Test
Procedures for Use in the RCRA Hazardous Waste Ignitability Characteristic. Presented at 4th
Symposium for Hazardous and Industrial Solid Waste Testing, Arlington, VA. May.
Michael, L.C., K.W. Thomas, L.S. Sheldon, R.A. Zweidinger, and E.D. Pellizzari. 1983. A Method for the
Analysis of Purgeable Organics in Soils, Sediments and Sludges. Presented at the 186th ACS
Meeting, Washington, DC. August 28–September 2.
Michael, L.C., J. Turlington, R.A. Zweidinger, and E.D. Pellizzari. 1982. Development of a
Comprehensive Method for Purgeable Organics in Soils, Sediments, and Sludges. Presented at
the 183rd ACS Meeting, Las Vegas, NV. April.
Michael, L., R. Wiseman, L. Sheldon, J. Bursey, K. Tomer, E. Pellizzari, F. Haeberer, J. Ellington, T.
Scott, and A.W. Garrison. 1980. Development of a Master Analytical Scheme: Application to
Environmental Water Samples. Presented at the 2nd Chemical Congress of the North American
Continent, Las Vegas, NV. August.
Tomer, K.B., J. Bursey, R. Wiseman, L.C. Michael, E.D. Pellizzari, A.W. Garrison, J. Pope, A. Alford,
J. McGuire, and R. Coney. 1980. Master Analytical Scheme for the Quantitative Analysis of
Organic in Water by GC/MS. Presented at the 2nd Chemical Congress of the North American
Continent, Las Vegas, NV. August.
Sheldon, L.C., S. Yung, R.W. Wiseman, L.C. Michael, and E.D. Pellizzari. 1980. Analysis of Energy
Waste Effluents for Organic Compounds Using the Master Analytical Scheme. Presented at the
179th ACS Meeting, Houston, TX. April.
6. LARRY C. MICHAEL
Michael – 6
7/2015
Michael, L.C., R.W. Wiseman, M.D. Erickson, L.S. Sheldon, and E.D. Pellizzari. 1979. Development of a
Master Analytical Scheme: Optimization of Conditions for Purge and Trap Analysis of Volatile
Compounds in Water. Presented at the 178th ACS Meeting, Washington, DC. September.
Bursey, J.T., M.D. Erickson, L.C. Michael, R.A. Zweidinger, and E.D. Pellizzari. 1978. The Utility of
Mass Spectrometry in the Measurement of Trace Quantities of Hazardous Organic Species in
Ambient Atmospheres. Presented at the American Institute of Chemical Engineers Meeting,
Philadelphia, PA. June.
Erickson, M.D., L.C. Michael, R.A. Zweidinger, and E.D. Pellizzari. 1977. Sampling and Analysis for
Polychlorinated Naphthalenes in the Environment. Presented at the 91st Association of Official
Analytical Chemists Meeting, Washington, DC. October.
Erickson, M.D., L.C. Michael, R.A. Zweidinger, and E.D. Pellizzari. 1977. Development of Methods for
Sampling and Analysis of Polychlorinated Naphthalenes in Ambient Air. Presented at the ACS
Meeting, Chicago, IL. August.
Michael, L.C., and R.R. Windolph. 1972. The Reactions of Some Transition Metals with Iodine in N,N-
dimethylformamide. Presented at the Intercollegiate Student Chemists Convention, Bethlehem,
PA. April.