Materials Science and Engineering Laboratory FY 2004 ... - NIST
Materials Science and Engineering Laboratory FY 2004 ... - NIST
Materials Science and Engineering Laboratory FY 2004 ... - NIST
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Research Staff<br />
Takagi, Shozo*<br />
shozo.takagi@nist.gov<br />
Crystallography<br />
X-ray diffraction<br />
Calcium phosphate biomaterials<br />
Topical fluoridation<br />
De- <strong>and</strong> remineralization<br />
Tesk, John A.<br />
john.tesk@nist.gov<br />
Biomaterials: industrial relations<br />
Characterization: biomaterials; physical <strong>and</strong><br />
mechanical properties<br />
Reference biomaterials<br />
Reference data for biomaterials<br />
Biomaterials: orthopaedics, cardiovascular,<br />
dental, opthalmic, & tissue-engineered<br />
medical devices<br />
St<strong>and</strong>ards for medical devices<br />
Tung, Ming S.*<br />
ming.tung@nist.gov<br />
Chemistry of calcium phosphate <strong>and</strong><br />
peroxide compounds<br />
Remineralization studies<br />
St<strong>and</strong>ard reference materials<br />
Vakili, Zohreh +<br />
zohreh.vakili@nist.gov<br />
Mass spectrometry<br />
Van Workum, Kevin<br />
kevin.vanworkum@nist.gov<br />
Monte Carlo <strong>and</strong> molecular dynamics<br />
simulations<br />
Mechanical properties of glassy <strong>and</strong><br />
crystalline structures<br />
Dispersion in nanocomposites<br />
V<strong>and</strong>erHart, David L.<br />
david.v<strong>and</strong>erhart@nist.gov<br />
Measurement of orientation in polymer fibers<br />
<strong>and</strong> films<br />
Solid-state NMR of polymers<br />
Measurement of polymer morphology at the<br />
2–50 nm scale<br />
Pulsed field gradient NMR<br />
Vogel, Br<strong>and</strong>on M. +<br />
br<strong>and</strong>on.vogel@nist.gov<br />
Polymer synthesis combinatorial methods<br />
Drug delivery<br />
Vogel, Gerald L.*<br />
gerald.vogel@nist.gov<br />
Dental plaque chemistry<br />
Chemistry of calcium phosphates<br />
Microanalytical techniques<br />
Fluoride chemistry<br />
66<br />
Vogt, Bryan D.<br />
bryan.vogt@nist.gov<br />
Polymer thin film properties<br />
X-ray <strong>and</strong> neutron reflectivity<br />
Interfacial effects<br />
Quartz crystal microbalance<br />
Ordered mesoporous materials<br />
Conducting polymers<br />
Wallace, William E.<br />
william.wallace@nist.gov<br />
Mass spectrometry<br />
Geometric data analysis methods<br />
Walls, Howard J.<br />
howard.walls@nist.gov<br />
Rheology of polymers<br />
Combinatorial measurements <strong>and</strong> methods<br />
Viscoelastic polymers<br />
Wang, Chia-Ying +<br />
cywang@nist.gov<br />
Small-angle x-ray scattering<br />
Polymer diffusion<br />
Microphase transitions of block copolymers<br />
Fluorescence spectroscopy of polymers<br />
Wang, Francis W.<br />
francis.wang@nist.gov<br />
Photophysics <strong>and</strong> photochemistry of polymers<br />
Fluorescence spectroscopy<br />
Cure monitoring of polymerization<br />
Tissue engineering<br />
Wang, Michael X. +<br />
mwang@nist.gov<br />
Small angle x-ray & neutron scattering<br />
X-ray <strong>and</strong> neutron reflectivity<br />
Light scattering<br />
Polymer thin films<br />
Combinatorial methods<br />
Wang, Xianfeng +<br />
xianfeng.wang@nist.gov<br />
Monte Carlo simulations<br />
Finite element modeling<br />
Polymer composites<br />
Mechanical properties<br />
Image quantitation<br />
Washburn, Newell<br />
newell.washburn@nist.gov<br />
Tissue engineering<br />
Polymer blends<br />
Biomaterial interfaces<br />
Viscoelastic properties of polymers
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