| Title of Project |
Sponsoring Agency |
Professor(s) Involved with the Project |
| Magnetic Self-Assembly of Small Parts |
National Science Foundation |
Arnold |
| Micromachined Thermoelectric Generators for Waste Heat Power Generation |
U. S. Dept of the Army |
Arnold |
| Wireless Shear-Stress Sensor Array Measurement Technology |
NASA |
Arnold |
| CAREER: Development of Intelligent Micromagnetic Transducer Technologies |
National Science Foundation |
Arnold |
| Contrast Enhancement for Thermal Acoustic Breast Cancer Imaging Via Resonant Stimulation |
U.S. Army Medical Research & Material Command |
J. Li, Zmuda |
| Flexible Transmit Beampattern Design via Waveform Diversity |
NSF |
J. Li, Zmuda |
| Robust Self-Powered Wireless Hydrogen Sensor |
NASA |
Lin |
| Hydrogen Research for Aviation and Space-Based Applications |
NASA |
Lin |
| High Density Three-Dimensional Packaging Technology for RF Devices |
International Technology Center |
Lin |
| Planar Wireless Power System |
FL High Tech Council |
Lin |
| Planar Wireless Power Transfer System |
PowerPad, Inc |
Lin |
| Further Studies of the Phenomenology and Physics of the Lightning Discharge |
National Science Foundation |
Rakov, Uman |
| Lightning Protection Standards for Aircraft (and Upgrade of Exissting FAA Multiple Station Network for Determination of Electrmagnetic Environment of Very Close Lightning |
Federal Aviation Administration |
Rakov, Uman |
| Developmnet of the Thunderstrom Energetic Radiation Array TERA |
Florida Institute of Technology |
Rakov, Uman |
| Natural Lightning Experiments at the International Center for Lighning Research and Testing (ICLRT) to Elucidate Potential Mechanism for Inducing High Current in Vertical Structures by Nearby Lightning, Phase III |
Florida Space Grant Consortium |
Uman |
| Wireless Shear-Stress Sensor Array Measurement Technology |
NASA |
Zmuda |