Major Tasks
Distributions: |
Dr. J. P Liu (Department of Physics, University of Texas
at Arlington)
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Preparation of
anisotropic nanoparticles
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Scaling-up the
chemical synthesis of magnetic nanoparticles
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Mechanical-chemical
preparation of magnetic nanoparticles
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Warm compaction of
magnetic nanoparticles
|
 |
Dr. J. S. Jiang
(Argonne National Laboratory)
-
Experimental
investigation of the soft-phase effect
-
Experimental
investigation of the interface effect
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Identification of
optimized nanocomposite systems
-
Domain structures and
coercivity mechanisms
|
 |
Dr. S. Sun (Chemistry Department, Brown University)
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Synthesis of rare-earth
transition-metal nanoparticles
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Self-assembled
nanocomposite systems
-
Alignment of magnetic
nanoparticles
|
|
Dr.
I. Takeuchi (Materials Science and Engineering, University of Maryland)
-
Experimental investigation of the
soft-phase effect
-
Experimental investigation of the
interface effect
-
Identification of optimized
nanocomposite systems
-
Combinatorial synthesis of magnetic
nanocomposite particles
|
|
Dr.
N.N. Thadhani (Materials Science and
Engineering, Georgia Institute of Technology)
-
Fully dense nanoparticle compacts
-
Sever plastic deformation to form
nanocomposite bulk magnets
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Texture development in bulk
nanocomposite magnets
|
|
Dr. Z.L. Wang (Materials Science and
Engineering, Georgia Institute of Technology)
-
TEM characterization of nanocomposite
magnets from the team members
-
Interface conditions during heat
treatments
-
Magnetocrystalline alignment of
nanoparticles
|
|
Dr. Q. Zhang (Physics Department, University of Texas at
Arlington)
-
First-principles calculation of the
soft-phase effect
-
First-principles calculation of the
interface effect
-
Identification of optimized
nanocomposite systems
|
|
