Materials
Science Department
D. O.Welch
Chairman
J. Fajer
Deputy Chairman Head
- DAVID O. WELCH- Senior
Materials Scientist
- Theoretical materials science; Crystal lattice defects
and thermophysical properties; Superconducting and
magnetic materials; Chemical physics of materials.
- JACK FAGER-
Senior Chemist
- Mechanisms of bioenergetics in photosynthetic and
catalytic reactions; Biomimetic chemistry of porphyrins.
- GORDANA ADZIC- Assistant
Scientist
- Electrodeposition of metals; Electrochemical energy
conversion.
- RADOSLAV ADZIC- Scientist
- Surface electrochemistry; Electrocatalysis; Electrode
kinetics.
- MAHALINGAM BALASUBRAMANIAN-
Assistant Scientist
- Investigation of the structural, electronic and magnetic
properties of advanced and novel materials.
- KATHLEEN M. BARKIGIA -
Chemist
- Single crystal x-ray and neutron diffraction;
Microcrystallography; Synthesis and characterization of
inorganic species.
- STEPHEN W. FELDBERG - Senior
Chemist
- Electrochemistry: Theory of coupling of transport,
homogeneous kinetic and heterogeneous kinetic phenomena;
Computer simulation of electrochemical phenomena; Ion and
electron transport phenomena in membranes;
Photoelectrochemistry; Studies of fast interfacial
phenomena; Conducting polymers.
- HUGH S. ISAACS - Senior
Metallurgist
- Localized corrosion; Electrode processes; Surface oxide
layers.
- JOHN JOHNSON - Chemist
- Studies of the physicochemical properties of metallic
metal hydrides; Applications of rechargeable metal
hydrides; Chemistry of metal-metal bonded transition
metal cluster compounds whose properties approximate
metal lattices; Properties of hydrogen containing oxides
such as bronzes.
- HUNG SUI LEE - Chemistry
Associate II
- Organic synthesis in electronic and ionic conducting
polymers anion receptor, molecule electronics, organic
ferromagnet, redox compounds related to biosensors, and
nonlinear optical compounds.
- LAURA HENDERSON LEWIS -
Associate Materials Scientist
- Extrinsic properties of magnetic materials; Magnetic
nanocomposites; Rapidly solidified materials; Solid state
chemistry and structure of pnictides and chalcogenides.
- QIANG LI - Scientist
- Electromagnetic and structural properties of
superconducting and other electron-correlated systems;
Application of superconducting material.
- JAMES McBREEN - Chemist
- Electrochemistry; Hydrogen embrittlement of metals; Metal
hydride electrodes; EXAFS studies of electrodes and
electrolytes; Batteries; Fuel cells; Conductive polymers.
- ARNOLD R. MOODENBAUGH -
Physicist
- Preparation and characterization of materials;
Superconductivity; X-ray and neutron diffraction; Low
temperature electrical and magnetic properties;
Preparation of thin films.
- JAMES J. REILLY - Chemist
- Metal hydrides; Hydrogen storage and electrochemical
properties of metal hydrides; Reaction kinetics and
mechanisms; Thermodynamics of hydrogen in metals; Crystal
structure of intermetallic hydrides.
- MARK W. RENNER - Associate
Chemist
- Magnetic resonance spectroscopy,electrochemistry and
EXAFS of metalloporphyrins and hydroporphyrins.
- ROBERT L. SABATINI -
Materials Science Associate I
- Scanning and transmission electron microscopy of
materials; X-ray micro-analysis of bulk and thin foils;
Characterization of surfaces using Scanning Auger
Multiprobe.
- JOHN F. SMALLEY - Chemist
- Use of flash photolysis and pulse radiolysis to study
rapid chemical reactions; Halogen atom recombination
reactions; Charge-transfer complexes; Solvated electrons;
Interfacial chemical reactions; Lipid bilayer membranes;
Electron transfer reactions; Kinetics of gas phase
chemical reactions involved in combustion;
Electrochemistry.
- VYACHESLAV SOLOVYOV -
Visiting Scientist
- Superconducting materials, flux pinning and flux dynamics
in HTSC, growth of single crystals and films, synthesis
and study of high Tc properties and novel compounds.
- MASAKI SUENAGA - Senior
Metallurgist
- Superconducting materials; Mechanical properties; Phase
stability; Applications of electron microscopy.
- XUEHUI SUN- Research
Associate
- Synthesis and characterization of conductive polymers;
Synchrotron radiation studies of conductive polymer,
rechargeable lithium battery.
- VIACHESLAV V. VOLKOV- Senior
Research Associate
- The use of electron microscopy techniques (TEM, HREM, ED,
SEM, EDX and Lorentz microscopy) for microstructure
characterization, structure (XRD) analysis and defect
characterization methods in material science, in
particular for layered crystals; High temperature
superconductors; Magnetic materials and nanoparticles.
- JIA WANG - Chemist
- Electrochemistry on single crystal surfaces; X- ray
diffraction and reflectivity studies at solid/liquid
interfaces; Laser spectroscopic techniques at electrode
surfaces.
- HAROLD WIESMANN - Research
Engineer I
- Superconducting materials, synthesis and study of high Tc
properties and novel compounds; Amorphous alloys,
amorphous silicon solar cell fabrication.
- LIJUN WU - Materials Science
Associate III
- Electron microscopy (TEM, EDS, EELS, etc.) studies on
structures and defects in high temperature
superconductors and nanoparticles. Dynamical calculation
of electron diffraction and high resolution image.
- XIAO-QING YANG - Physicist
- Optical and electronic properties of conducting polymers;
Ionically conducting polymers as solid electrolytes and
their application in batteries; Synchrotron radiation
studies of electrolyte and cathode materials.
- YIMEI ZHU - Scientist
- Quantitative electron microscopy; Electron diffraction,
electron energy-loss spectroscopy, electron holography,
magnetic imaging; Structural defects and interfaces in
solid state physics and materials science.
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