RESEARCH AND
DEVELOPMENT PROGRAMS DIRECTED:
Integrated Circuit
Transmission Lines, Supported by Duke Endowment Grant (1967-1968)
A Study of Materials and
Fields Associated with Microwave Integrated Circuits, Supported by NASA
(1968-1971)
Development of Instrumentation
and Models in the Study of Human Perception, Supported by Psychical Research
Foundation (1969-1975)
Active Transmission
Lines, Supported by Duke University Research Council (1972-1973)
A Study of
Microwave-Neuron Interactions, Supported by NIH (1972-1974)
A Study of
Electromagnetic Energy Emission from Organic Materials, Supported by Fetzer
Foundation (1974-1975)
Low-Pass Filters for
UHF and Microwave Integrated Circuits, Supported by Army Research Office
(l975-1976)
The In Situ Spectral
Analysis of Sweat, Supported by Cystic Fibrosis Foundation (1976-1978)
Iontophoresis of
Chemicals into Tumors with RF Focusing and Heating. Supported by NIH
(1978-1980)
A Non-invasive Method
of Measuring Electrical Properties of Tissue, Supported by Biomedical Research
Grant (1979-1980)
Effects of Microwave
Radiation on Rat Brain Metabolism, Supported by Air Force (1979-1980)
Development of an
Ocean Buoy Deployable Satellite Beacon Transmitter for Ocean Current Tracking,
Laboratory Equipment Design Company (1979)
Technical Assessment
of Television Receive Only Satellite Earth Stations, Laboratory Equipment
Design Company (1980)
A Broadband Microwave
Communications System}, Avnet Development
Laboratory (1982)
Research on Materials
for Dry, Pasteless, ECG and EEG Electrodes, Supported by Hiltrode, Inc.,
Boston, MA (1985-1990)
Planar Magnetic
Structures for Power Electronics Applications, Supported by Digital Equipment
Corporation (1990-1992)
Field Emitter Array RF
Amplifier Development Project, Supported by DARPA/MCNC (1991-1994)
Research to Improve
Performance of Antennas Used in Phased-Array Subsystems, Supported by ONR
(1995-1998)
Research on Frequency and
Time Domain Techniques for Locating Land Mines, Supported by ARO (1996-1998)
Hyperthermia and Perfusion
Effects in Cancer Therapy, Supported by NIH (1987-present)