Education
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Ph.D., Arizona
State University, 1990
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M.S.,
King Mongkut's University of Technology, 1983
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B.S., Mahidol University, 1980
Employment
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The
University of Arizona: Department of Materials Science and Engineering;
Professor 2002–present; Associate Professor 1996–2002; Assistant
Professor 1990–1996; Director Electron Microscope Facilities for
Materials Research 1990–2007; Director University Spectroscopy and
Imaging Facilities 2007–present: College of Optical Sciences;
Professor 2008–present: College of Agriculture and Life Sciences:
Department of Agricultural and Biosystems Engineering; Professor
2009–present
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Hong Kong University of Science and
Technology: Visiting Professor 1996
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King Mongkut's Institute of Technology:
School of Energy and Materials; Lecturer and Project Leader 1983–1985
Professional Affiliations
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Materials
Research Society
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Microscopy
Society of America
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Arizona
Imaging and Microanalysis Society
Honors and Awards
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University of
Arizona Faculty Fellow 2001–present
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Da
Vinci Fellow, College of Engineering 2007–2009
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University Women in
Science and Engineering Diversity Inclusiveness Award, 2009
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Outstanding Faculty
Award, University Asian American Students, Faculty, Alumni
Association, 2008
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College of
Engineering, University of Arizona, Award for Excellence at the
Student Interface 2001, 2002, 2009
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NSF Committee of
Visitors to review the Division of Materials Research, April 2002
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Tech Advisory Board,
Thailand National Materials Tech Center, 1996–2000; National
Nanotech Center, 2005
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Rotary Ambassador,
University Teacher Grant, 2001
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Keynote
Speaker, NATO Advanced Research Workshop, Kiev, Ukraine, 2000
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Norbert I. Kreidl
Materials Science and Engineering Department Award for Outstanding
Teaching, 1997
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Fellow, Alfred P.
Sloan Foundation, 1993
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Presidential Student Scholar, Electron Microscopy Society of
America, 1989
Research
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Green
chemistry approach to synthesize nanoparticles for waste water
treatment and CO2
absorption. We explore synthesis methods
that use nontoxic and inexpensive materials, such as egg white, aloe vera and
lemon grass extract in producing ZnO2, magnetic nanoparticles of
ferrites and various ceramics. An incentive is to explore
alternative production methods that are more environmentally
friendly than the conventional ones. I collaborate with
colleagues who study kinetics and efficiency of using nanoparticles
in eliminating toxic chromium ion in waste water and CO2
absorption to reduce global warming.
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