EDUCATION
B.S.,
Chemistry, University of Wisconsin, Madison
Ph.D.,Physical Chemistry, University of North Texas
Dr.
Michael J.Drews was a Postdoctoral student under Dr. Robert
H. Barker at Clemson University before joining the faculty of
the School of Textiles. He has also been a guest worker at the
Center for Fire Research at the National Institute for Science
and Technology and is currently on assignment at the Warren
Lasch Conservation Center in Charleston, South Carolina.
His general areas of research interest include: the development
of instrumental methods for the characterization of polymeric
materials and their properties, the use of dense gas fluids
as a reaction media for novel polymer and textile processing,
chemical modification of polymers surfaces and the stabilization
and conservation of metallic and non-metallic artifacts recovered
from marine, archeological sites.
RESEARCH
The
sterilization of biomaterials using dense gas fluids.
The development of dense gas fluids for the modification of
textile, fiber and polymer surfaces.
The development of composite structures for use as envelope
fabrics in aerostats.
The development of novel techniques for the stabilization and
conservation of artifacts recovered from the
H. L. Hunley and other marine sites.
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Recent Publications
“Characterizing
the Chloride in the Wrought Iron Rivets From the
Hunley,“ N. González, P. de Viviés,
M. J. Drews and P. Mardikian, Proceedings, NACE Northern Area
Eastern Conference, Ottawa, Canada, September 2003.
“Utilization of moiré interferometry to study the
strain distribution within multi-layer thermoplastic elastomers,”
M. J. Drews, J. Wood and M. Wang, J. Biomater. Sci, Polymer
Ed., 13, 1007(2002).
“A Kinetic Study of the SCWO of a Sulfonated Lignin Waste
Stream," M. J. Drews, M. Barr and M. Williams, Ind. Eng.
Chem. Res., 39, 4784(2000).
"The Effect
of Supercritical Carbon Dioxide Dyeing Conditions on the Morphology
of Poly (ethylene terephthalate) Fibers," M. J. Drews and
C. Jordan, Textile Chem. and Colorists, 30 (6), 13(1998).
“Lipid Uptake
by Silicone Enteral Access Feeding Devices,” J. Trudel,
M. W. Gauderer, M. J. Drews and M. LaBerge, J. of Pediatric
Surgery, 33 (6), 880(1998).
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