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C-131 aircraft carries the VHF SAR antennas during a test flight. Aerodynamic North Atlantic Treaty Organization (NATO) mount supports twin broadband Very High Frequency dipoles. (Air Force Image)
A flight-worthy Very High Frequency (VHF) Synthetic Aperture Radar (SAR) antennas was tested on a C-131 Aircraft. An Aerodynamic North Atlantic Treaty Organization (NATO) mount supports twin broadband Very High Frequency dipoles. (Air Force Image)
NIRVANA architecture – Integrated graphic models for efficient, practical network attack damage assessment (AFRL Image)
Network Intrusion, Risk and Vulnerability Analysis (NIRVANA)architecture – Integrated graphic models for efficient, practical network attack damage assessment (AFRL Image)
TTNT & QNT are part of Airborne ISR-Net System. (AFRL Image)
Tactical Targeting Network Technology (TTNT) and QUINT Networking Technology (QNT) are part of Airborne ISR-Net System. (AFRL Image)
Diagram of the Rapid Course-of-Action Analysis capability. (USAF Image)
Diagram of the Rapid Course-of-Action Analysis capability, transitioned to the United States Transportation Command’s Fusion Center. The capability was quickly transition because of overwhelming user acceptance. (USAF Image)
Diagram of the Rapid Course-of-Action Analysis capability. (USAF Image)
Diagram of the Rapid Course-of-Action Analysis capability, transitioned to the United States Transportation Command’s Fusion Center. (USAF Image)
Ms. Holly Victorson (AFRL image)
Ms. Holly Victorson was honored as 2012’s Rookie of the Year by the Federal Laboratory Consortium for Technology Transfer. Ms. Victorson works in the Space Vehicles Directorate at Kirtland Air Force Base. (AFRL Image)
Ms. Seana McNeal (AFRL Image)
Ms. Seana McNeal, of AFRL’s Propulsion Directorate at Wright-Patterson Air Force Base, benefitted from early encouragement from a teacher to pursue a career in engineering. (AFRL Image)
Lt. Roashelle Rose (USAF Image)
Lt. Roashelle Rose, a facility manager at AFRL’s Munitions Directorate in Eglin, Florida, received a Technology Rising Star award at the 16th annual Women of Color STEM Technology Conference. (Air Force Image)
Ms. Gail Forest (USAF Image)
Ms. Gail Forest, director of AFRL’s Plans and Programs Directorate, received a Professional Achievement Award at the 16th annual Women of Color STEM Technology Conference. (Air Force Image)
Refugee chairman at Solo Refugee Camp in Liberia
Capt. Paul Hrad, Air Force Research Laboratory aerospace engineer (left), meets with the refugee chairman at Solo Refugee Camp in Liberia, to discuss the presence of Ivory Coast military generals and mercenaries within the population. (Ethiopian Air Force/ Maj. Fasile Ali Gupta)
Truck stuck on muddy Liberian road
Capt. Hrad’s team assists with a stuck vehicle during this typical rainy season scene. Liberian roads are poorly maintained, and rain often creates tremendous obstacles. (United Nation courtesy photo)
X-56A
Simulated flight of the X-56A aircraft. The X-56A is an innovative, modular, unmanned fight research vehicle that will allow investigation of active flutter suppression and gust load alleviation technology. (U.S. Air Force photo)
STEM Professional of the Year award
Mr. Ricardo Negron of the Air Force Research Laboratory discusses the effects of corrosion on different metals with 8th grade students at the Dayton Regional STEM School. (U.S. Air Force photo)
Large sapphire sheets grown by Saint Gobain Ceramics and Plastics Inc. (AFRL Image)
Collaborative work by AFRL and Saint Gobain Ceramics and Plastics Inc. developed new manufacturing processes that increase the size and thickness of sapphire sheets (shown) for electro-optic and infrared windows. (AFRL Image)
The Multiple Intruder Autonomous Avoidance (MIAA) team. (Northrop Grumman Corporation Image)
The Multiple Intruder Autonomous Avoidance (MIAA) team, which includes members from AFRL, Northrop Grumman, Calspan Flight Research, Birhle Applied Research, SelectTech Services, and FAA Hughes Tech Center, in front of Calspan’s Lear Jet In-Flight Simulator. (Northrop Grumman Corporation Image)
The UltraCell XX55 fuel cell system. (AFRL Image)
The UltraCell XX55, a battery-recharging fuel cell system that will reduce by 70 percent the weight warfighters carry in the field during a 72-hour mission. (AFRL Image)
FASTRAC, University Nanosat Program (Air Force Image)
AFRL’s student-built satellite program, FASTRAC (Formation Autonomous Spacecraft with Thruster, Rel-nav, Attitude, and Crosslink), built by University of Texas (Austin), was launched in November and successfully separated in March. (Air Force Image)
Classical representation of electrons in a krypton atom. (Credit: Lawrence Berkeley National Laboratory).
This is the classical representation of electrons in a krypton atom. (Credit: Lawrence Berkeley National Laboratory).
Researchers have developed a nanoscale, highly efficient optical data, with the goal of significantly reducing energy consumption. (Electrical Engineering at Stanford University Image)
Researchers have developed a nanoscale, highly efficient optical data transmitter or semiconductor laser, the key to which is a multi-layered nanophotonic layered wafer, the holes of which are almost perfectly round with smooth interior walls and act like a hall of mirrors to reflect photons back toward the center of the laser. (Electrical Engineering at Stanford University Image)
William E. Harrison III
William E. Harrison III, Technical Advisor for Fuels and Energy for Air Force Research Laboratory, was recently cited for his dedication to public service and exceptional achievement with alternative fuels research.