Staff |
|
| Diane E. Cabelli | Redox chemistry of high oxidation state transition-metal
complexes, particularly CuIII, MnIII/MnIV;
Superoxide chemistry in aqueous solutions: dismutation of superoxide
radical; copper-zinc superoxide dismutase and model compounds. |
| Andrew R. Cook | Excited state structure, dynamics and electron transfer reactions
of a variety of organic radicals in both low temperature matrices and room
temperature solutions using radiation chemistry techniques. |
| Carol Creutz | Kinetics and mechanism of thermal and photo-induced
reactions of transition-metal complexes and metal nanoclusters in solution:
electron, proton, and atom transfer reactions; nanoscale charge transfer
processes; photochemistry of transition-metal complexes; small-molecule
coordination and catalytic chemistry |
| Robert A. Crowell | Ultrafast reaction phenomena. |
| Etsuko Fujita | Photochemistry of transition-metal complexes, small molecule
activation by high- and low-oxidation state metal complexes; and
biomimetic chemistry of porphyrins and enzymes. |
| David C. Grills | Photochemistry of transition-metal complexes, time-resolved infrared spectroscopy, supercritical fluids. |
| Sergei V. Lymar | Radiation chemistry and photochemistry; kinetics and
mechanism of radical and redox reactions in solution: electron, proton, and
atom transfer, reactivity of nitrogen and oxygen intermediates, redox
catalysis. |
| John R. Miller | Fast processes from ionizing radiation; electron transfer at fixed
distances; excited states of radical ions. |
| Marshall D. Newton | Quantum mechanical models for molecular structure, energetics, and
dynamics in gaseous and condensed phases, especially as related to
solvation and charge-transfer processes. |
| Dmitriy Polyanskiy | Catalyzed Water Oxidation by Solar Irradiation of Band-Gap-Narrowed Semiconductors. |
| James F. Wishart | Radiation chemistry; ionic liquids (design, properties, chemical reactivity therein); long-range electron transfer; energy and electron transfer in dendrimers; high-pressure mechanistic studies; energetic inorganic species; new accelerators and pulse radiolysis detection techniques; green and sustainable chemistry. |
Retired Staff |
|
| Richard A. Holroyd | Reactions and mobility of excess electrons in nonpolar liquids:
pressure effects and volume changes; free ion yields, densely ionizing
particles, track effects; fluorescence of hydrocarbons exposed to x-rays;
synchrotron studies. |
| Harold A. Schwarz | Radiation chemistry, chemical kinetics. |
| Norman Sutin | Measurement and interpretation of the rates of thermal and
photo-induced electron-transfer reactions of transition-metal complexes in
solution; photophysics and photochemistry of metal complexes;
dipole-moment changes in photoinduced charge transfer. |
Postdoctoral Research Associates |
|
| Mark Doherty | Photochemistry of transition-metal complexes. |
| Jonathan Rochford | The design and synthesis of inorganic/organometallic catalysts for small molecule activation. Photophysical and electrochemical characterization of new materials. |
| Paiboon Sriarunothai | Molecular electronics. |
Research Collaborators |
|
| R. Morris Bullock | Synthetic, kinetic and mechanistic organometallic chemistry;
reactions of transition metal hydrides, including hydride transfer, proton
transfer and hydrogen atom transfer reactions; aqueous organometallic
chemistry. |
| Alison M. Funston | Molecular electronics, ionic liquids. |
| Seogjoo Jang | Theory and simulation of nanoscale charge transfer and electronic excitation energy transfer reactions, Theory of single molecule spectroscopy, Quantum master equation theories, Path integral centroid theories and simulation, Quantum reaction rate theories |
| David Szalda | X-ray diffraction studies of transition-metal complexes and
organometallic compounds important in energy conversion and catalysis. |
| Our mailing address: | Chemistry Department Brookhaven National Laboratory Upton, NY 11973-5000 USA |
| Fax: (631) 344-5815 |