Infrared-Sensitive Photorefractive Polymer Composite Devices
Reading and writing can be done at video frame rates.
Polymer composites that are photorefractive at visible and near- infrared wavelengths, and devices that exploit their photorefractivity, have been demonstrated. Potential applications for such devices could include real-time holography, medical imaging, imaging through light-scattering media, and beam cleanup in free-space optical communications. Especially notable products of ...
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Errors associated with reflections can be suppressed.
The two-transmission method is an improved method of determining, from microwave measurements, the complex permeability and complex permittivity of a sample of a material typified by a lossy dielectric or a magnetic radar absorbing material. The two-transmission method is ...
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Mixing and Combustion in Turbulent, High-Speed Flows
Microcompression Tests of a BMG and a Tungsten/BMG Composite
Arcing and Vibration Tests of High-Power Patch Antennas
Antenna Electronically Steered Using MEMS Phase Shifters
Implementing a GPS Waveform Under the SCA
Nanodevices Based on Actin-Filament End-Tracking Motors
Advances Toward Development of "Smart Dust" Biosensors
Mechanical Aspects of Structural Composite Batteries
Miniaturized GPS Controlled-Reception-Pattern Antenna Array
Biologically Inspired Processing of Image and Sound Data
All-Dielectric, Non-Electronic Radio-Receiver Front Ends
Liquid-Crystal-Particle Thermometry and Velocimetry System
System for Imaging Turbulent Combustion Flows
Scaling of Flight Tests of Unmanned Air Vehicles
Imaging System for Characterizing Materials and Processes
Progress in Research on Bacteria-Powered Motors
AFRL’s Demonstration and Science Experiments Mission
Spintronic Effects in Semiconductor Nanostructures





















