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New Algorithms for Computerized, Large-Scale Surveillance
A synthetic scene showing two very faint buildings as seen from above. On the right, the buildings are much more visible because image analysts used algebra to make them more distinct. (Credit: Myoung An and Richard Tolimieri, dB Research)
Dr. Gary Klein to lead 711 HPW/RH cognition seminar
Dr. Gary Klein
Propulsion Researchers Earn C-130J Team Award
An Air Force Research Laboratory Propulsion Directorate team earned the Aeronautical Systems Center's 2nd Quarter C-130J Joint Rapid Action Team Award for efforts towards a timely and successful diagnostics and testing process that ultimately determined the cause of wiring burn-through and cabin smoke associated with the pictured C-130J lighting system transformers.
AFRL Sensors Scientist Earns Air Force Science and Engineering Award
Dr. Boris Tomasic, of the Air Force Research Laboratory's Sensors Directorate, earned the 2009 Air Force Science and Engineering Award for Exploratory or Advanced Technology Development. The award recognizes noteworthy achievements in applied research or advanced technology development, with emphasis on improving technology readiness levels, transitioning technology into acquisition programs, and/or direct-fielding technology to operational forces.
Lynx Aerodynamic Design Tested in AFRL Wind Tunnel
XCOR Aerospace, Inc., uses red dye in testing the aerodynamic design of its all-metal 1/16th-scale Lynx suborbital launch vehicle model. The company completed the test series using the Air Force Research Laboratory wind tunnel facility at Wright-Patterson Air Force Base, Ohio.
New Simulation Capability Aids Cooperative UAV Research
The AVTAS UAV simulation toolset plays an important role in facilitating cooperative UAV research among partnering organizations.
Geodesic Dome Phased-Array Antenna Demonstrates TT&C Capacity
The Geodesic Dome Phased-Array Antenna Advanced Technology Demonstration proved the antenna's capacity to provide multiple, simultaneous, dual-band (L-band and S-band) contacts for telemetry, tracking, and command of Air Force Satellite Control Network satellites.
Ultra-High-Purity Synthesis Improves Nanotube Materials
A cross-sectional, transmission electron micrograph view of a silicon carbide wafer after it underwent ultra-high-purity synthesis. The platinum protective cap is applied to preserve the sample surface during TEM preparation. The vertically aligned multiwall nanotubes form into the sample surface and have nominal diameters of 20 nm.
T-REX Hits New Heights in Human Performance Training Research
AFRL Warfighter Readiness Research Division's Air Operations Center T-REX [Training Research Exercise] 09-1 team (Photo by Bruce Liddil ? Air Force photo)
T-REX Hits New Heights in Human Performance Training Research
Observers measure warfighter performance during T-REX 09-1, an important Training Research Exercise conducted by the Air Force Research Laboratory Warfighter Readiness Research Division's Air and Space Operations Center and geared towards investigating immersive learning, information simulation, and other leading-edge training tactics. (Photo by Bruce Liddil / Air Force photo)
AFOSR-Funded Optical Links Advance Quantum Communications
Researcher Dr. David H. Hughes of the Air Force Research Lab (AFRL) in Rome, N.Y. is leading a team that is investigating long-distance, mobile optical links imperative for secure quantum communications capabilities in theater. (Credit: Brian Rhea, Director, Corporate Communications, AOptix Technologies)
AFOSR-Funded Optical Links Advance Quantum Communications
Researcher Dr. David H. Hughes of the Air Force Research Lab (AFRL) in Rome, N.Y. is leading a team that is investigating long-distance, mobile optical links imperative for secure quantum communications capabilities in theater. (Credit: Brian Rhea, Director, Corporate Communications, AOptix Technologies)
Unique New MAV Wins First Prize
French researcher, Dr. Jean-Marc Moschetta, funded by the European Office of Aerospace Research and Development, in London, England and the French DoD has designed a rugged micro air vehlcle (MAV) that is attractive to the U.S. Air Force because of its high aerodynamic efficiency, even in adverse conditions. Moschetta's students who contributed to the design and fabrication of the early prototypes of the MAV include: Boris Bataillé, Loris Rion, Charles Plachot and all the MAV club from ISAE. (Credit: ISAE)
Bio-Based Jet Fuel Studies a ?GR8? (Great R-8) Success
In support of the Department of Defense Assured Fuels Initiative, AFRL engineers tested 600 gal of Syntroleum Corporation's R-8 synthetic fuel derived from an animal/vegetable oil blend. This effort is geared towards securing domestic fuel sources to meet military energy needs. Syntroleum produces R-8 using its proprietary Bio-Synfining process.
Aeromedical Care Advanced by Fuel-Cell-Powered System
The existing avionic frequency converter used to power onboard medical equipment during aeromedical evacuation and critical care air transport missions is cumbersome and heavy, poses a substantial electrical sparking and trip hazard due to extensive cabling, and relies on aircraft power to operate.
First-Ever Airfoil Profile of In-Flight Bird May Inspire Future MAV Concepts
Using micro cameras and remote connection/communications technology, AFRL researchers exploring future micro air vehicle concepts place wireless camera packs on birds to observe various in-flight features. Shown are six simultaneous images revealing different perspectives of a falcon’s flight.
First-Ever Airfoil Profile of In-Flight Bird May Inspire Future MAV Concepts
AFRL is looking to natural flyers (such as this peregrine falcon, shown with an instrumentation pack) for insight into increased flight agility for future micro air vehicles.
Collaboration Addresses AFSOC Need for Functional Spotting Charge
As part of an effort to produce a functional spotting charge for Air Force Special Operations Command training purposes, AFRL turned to leftover World War II inventories, modifying the armor piercing rounds—here being fired from an AC-130 gunship—remaining from that era.
Scout Airfield Interdictor Flight Test: Coordinated Rendezvous and Tactical Area Search
In completing its successful Scout challenge flight test, AFRL used these two Osprey weapon test beds as part of the test scenario, which involved searching tactical areas of interest and attacking a stationary target simultaneously.
AFOSR-Funded Rocket Thruster
A University of Michigan professor is developing an electric rocket thruster (NanoFET) that uses nanoparticle electric propulsion and enables spacecraft to travel faster and with less propellant than previous technology allowed. (Credit: Michael Rayle, Electrodynamic Applications, Inc.)