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This page contains contact information for all the members of AMReL. From here
you can send e-mail to members, or visit their personal home pages.
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Director
203 CEB, 810 S Clinton St.
Chicago, IL - 60607
Phone 312-355-0859
takoudis@uic.edu
http://www.uic.edu/~takoudis
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Visiting Lecturer
3235 SEL, 900 W Taylor St
Chicago, IL - 60607
Phone 312-996-3178
jursich@uic.edu
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I am currently a visiting senior scientist
with extensive industrial research experience in semiconductor material
processing. I am currently pursuing research on new materials for
deposition of high dielectric films needed for future semiconductor
devices. more ... |
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MOCVD of High-κ dielectrics; & Calculation of low energy-loss
spectra & energy-loss near edge structures (ELNES) using density
functional theory (DFT) |
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Graduate Student (PhD)
1215 SEL
312-996-8373
msingh9@uic.edu
http://www2.uic.edu/~msingh9
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The challenge with high-κ dielectrics is
achieving an EOT of at most 10Å thick and mobility comparable to the
SiO2. more... |
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Graduate Student (PhD)
1215 SEL
312-996-8373
ljiang9@uic.edu
http://www2.uic.edu/~ljiang9
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Fabrication of the multiferroic oxide
thin films
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Graduate Student (PhD)
1215 SEL
312-996-8373
yyang31@uic.edu
http://www2.uic.edu/~yyang31
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Multiferroic materials refer to the ones which have at least two ferroic
effects (ferroelectricity, ferromagnetism, ferroelasticity and
ferrotoroidicity) coexist in the same phase.
more... |
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Atomic Layer Deposition (ALD) of
high-dielectric constant materials such as, HfO2, Y2O3, TiO2;
Fabrication of HfO2 & TiO2 nanotubes by ALD on electrospun polymeric
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Graduate Student (PhD)
1215 SEL
312-996-8373
qtao2@uic.edu
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Ultrathin
structures of new high-dielectric constant materials are the key of the
success of the future fabrication of semiconductor devices.
more... |
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Graduate Student (MS)
1215 SEL
312-996-8373
qlu2@uic.edu
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Graduate Student (PhD)
1215 SEL
312-996-8373
rxu3@uic.edu
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