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Principal Investigator
Donglu Shi, PhD
493 Rhodes Hall (Office)
404 & 406 Rhodes Hall (Lab)
Dept. of Chemical and Materials Eng.
University of Cincinnati
Cincinnati, OH 45221-0012
513 556-3100 (Office)
513 556 2569 (Fax)
shid@ucmail.uc.edu
BIOGRAPHICAL SKATCH
Donglu Shi received his Ph. D. in Engineering in 1986
from the University of Massachusetts at Amherst. After graduation, he
took a Staff Scientist position at the Materials Science Division of
Argonne National Laboratory in 1987. At Argonne, he was a principal
investigator of a major Department of Energy program on High-Tc
superconductors. In 1995, Donglu Shi joined the faculty as an Associate
Professor in the Department of Materials Science and Engineering at
University of Cincinnati. He was promoted to the full professor
position, with tenure, in 2001 at University of Cincinnati.
Donglu Shi has so far published 200 refereed journal
publications including Physical Review Letters, Nature, and Advanced
Materials, with an h-index of 27. He has edited nine books in
superconductivity, functional thin films, nanomaterials, biomaterials,
tissue engineering, and nano biomedicine (World Scientific, Pergamon
Press, Springer-Verlag, and Tsinghua University Press). He has also
edited six special issues of Materials Science & Engineering: C, J. of
Nanomaterials, Applied Superconductivity and MRS Bulletin. He holds
seven US patents in electronic materials.
He is currently the Editor-in-Chief of Nano LIFE, and
Associate Editor of Materials Science & Engineering: C, and J. of
Nanomaterials. He has won the SIGMA XI Research Recognition Award, Honor
Roll Professor Award, and Neil Wandmecher Teaching Award. Donglu Shi¨s
main interests include nanostructured materials, nano biomedicine, and
superconductors. The most recent works on nano-biomedicine pioneer a
novel approach in the assembly of intelligent nano systems for early
cancer diagnosis and localized treatment. By a unique design, an
intelligent nano system has been established with multi functionalities
for cancer treatment. These works have recently appeared in a major
journal: Advanced Materials (2006, 2007, 2008, and 2009).
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