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10388 E. 1000th St. Macomb, IL 61455(309) 833-4873
Education: M.A. Physics (Computational Fluid Dynamics), 1997 SUNY at Buffalo, Buffalo, NY Thesis: Airflow around a C-130 aircraft and into an airborne aerosol sampler
B.S. Physics with Honors in Chemistry, 1992 William Smith College, Geneva, NY Honors Project: Optimization of microelectrode cells for the analysis of small volumes
Experience: Research Chemist 2003 - present Western Illinois University Macomb, Illinois
Substitute Teacher (Science and Math) 2000 - 2001 Macomb City Schools Macomb, Illinois
Analytical Chemist 1996 - 2000 Great Lakes Chemical Corporation West Lafayette, Indiana
Research Chemist 1995 - 1996 MICRA Scientific, Inc. Lafayette, Indiana
Skills: Research: - Designed and conducted gas chromatography, HPLC, pulsed NMR, and FTIR experiments to develop new methods for analysis of R&D compounds - Validated analytical methods with carefully designed research - Ran quality control analyses on products using gas chromatography - Addressed customer complaints and de-formulations with well planned gas chromatography, HPLC, and FTIR experiments Computer: - Data Collection software, e.g., Agilent Chemstation, Waters Millenium - Word Processing software, e.g., Microsoft Word, Word Perfect - Database Management software, e.g., Microsoft Excel
Honors/Awards: Secretary, Physics Graduate Student Association 1992-1994 Pim Larson Chemistry Achievement Award 1992 Rochester Academy of Science Research Grant 1992 Sigma Xi Research Grant 1992 Eli Lily Women Chemist's Grant 1992 First Year Physics Achievement Award 1989
Publications/Presentations:
Phippen, W.B., T. A. Isbell, and M.E. Phippen. 2006. Total seed oil and fatty acid methyl ester contents of Cuphea accessions. Industrial Crops and Products 24:52-59.
Clark, M.E., J.L. Ingram, E.E. Blakely, and W.J. Bowyer, 1995. Effects of cell design on electrochemical measurements in sub-microliter volumes. Journal of Electroanalytical Chemistry. Vol. 385, pg. 157-162.
Clark, M.E., and W. Bowyer, 1992. Effects of different metals and geometric shapes on electrochemical measurements in sub-microliter volumes, 6th National Conference on Undergraduate Research, Minneapolis, Minnesota.
Bowyer, W J, M.E. Clark, and J.L. Ingram, 1992. Electrochemical measurements in sub-microliter volumes. Analytical Chemistry. Vol. 4, pg. 459-462.
Clark, M.E., 1992. Optimizing Electrochemical analysis in sub-microliter volumes. American Chemical Society, Rochester, New York.
Clark, M.E., 1991. Optimizing microelectrode design for electrochemical analysis in sub-microliter volumes. Hobart and William Smith Colleges, Geneva, New York.
References available upon request.
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©2009 All photographs and content included at this website are protected by Western Illinois University. Comments concerning this web site may be directed to WB-Phippen@wiu.edu (309-298-1251). Last revised: October 06, 2009 |