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Brickyard 400
Chief Master Sergeant Raymond DeVite Jr., the command chief for the Air Force Research Laboratory, joins NASCAR driver Aric Almirola prior to the Brickyard 400 race event July 27 at Indianapolis Motor Speedway. The Air Force is a sponsor of car 43, owned by Richard Petty Motorsports. The Air Force partners with NASCAR as part of its Science, Technology, Engineering and Math outreach, attracting mechanically and technically inclined youth who attend these races. DeVite, along with AFRL commander Maj. Gen Tom Masiello, met with Air Force delayed entry program recruits and participated in a pre-race swearing-in ceremony for the future Airmen. (Photo courtesy of C. Brad Schloss)
AFRL/RY Distributed Sensing Research Range
The array of towers on the will enable research and concept development in the area of distributed RF Sensing amongst rel-world congested radio and frequency signal areas. (Air Force Photo by Teddy Pitts)
Dr. Darius D. Sanders
Dr. Darius D. Sanders
Dr. Eric L. Jones
Dr. Eric L. Jones
Dr. Darnell E. Diggs
Dr. Darnell E. Diggs
Dr. Greg A. Pitz (Photo courtesy of 377th ABW Photo Lab)
Dr. Greg A. Pitz, Air Force Research Laboratory physicist and recipient of the Presidential Early Career Award for Scientists and Engineers (Photo courtesy of 377th ABW Photo Lab)
Test bed amplifier configuration (Photo by John Reynolds, AFRL/RDL)
Test bed amplifier configuration for Directed Energy’s Locking of Optical Coherence by Single-detector frequency Tagging (LOCSET). (Photo by John Reynolds, AFRL/RDL)
Phase locking electronics for 17 channels. (Photo by John Reynolds, AFRL/RDL)
LOCSET’s phase locking electronics for 17 channels (Photo by John Reynolds, AFRL/RDL)
AFRL’s University Nanosatellite Program satellites were launches on a SpaceX Falcon 9 rocket. (Dennis Underwood, SpaceX)
Air Force Research Laboratory's University Nanosatellite Program satellites, CUSat and DANDE, were launches on a SpaceX Falcon 9 rocket from Vandenberg Air Force Base, California, on September 29, 2013. (Dennis Underwood, SpaceX)
Cutting the ribbon at the C-STARS Simulator. (Mr. Marvin Shelton/AFRL)
From left to right: UC College of Medicine Dean Dr. Thomas Boat; UC Health President and CEO Dr. Richard Lofgren; UC Medical Center President and CEO Ms. Lee Ann Liska; Department of Emergency Medicine Chair Dr. Arthur Pancioli; and Commander, 711th Human Performance Wing Brig Gen Timothy Jex at the ribbon cutting of the C-STARS Simulator Grand Opening. (Mr. Marvin Shelton/AFRL)
AFRL’s motorized lightband separation system, developed for NASA with Planetary Systems Corporation. (AFRL Image)
AFRL’s motorized lightband separation system, developed with Planetary Systems Corporation for NASA and launched with the Lunar Atmosphere Dust Environment Experiment in September 2013. (AFRL Image)
NASA’s launch site at Wallops Island, Virginia. (Image by Terry Zaperach)
NASA’s Wallops Island, Virginia, launch site, where an AFRL-developed separation system was launched with the Lunar Atmosphere Dust Environment Experiment. (Image by Terry Zaperach)
AFRL's VADER and MHTEX experiments aboard the International Space Station. (NASA Photo)
AFRL's VADER and MHTEX experiments aboard the International Space Station. The MHTEX experiment wrapped in red is in the upper left of photo and the attached box above and to the left is the VADER experiment. The two-year experiment demonstrated spacecraft thermal control. (NASA Photo)
AFRL’s International Space Station experiments, lower left. (NASA Photo)
AFRL completed a successful on-orbit evaluation of two thermal-control experiments, VADER and MHTEX, launched to the International Space Station in May 2011. Experiments are in the lower left of the photo. (NASA Photo)
Project team and emissions-testing equipment. (AFRL Image)
The AFRL project team and equipment used to demonstrate and validate innovative techniques to sample, measure and characterize particulate matter emissions from aircraft turbine engines. (AFRL Image)
Stockbridge to HPC-ARC (AFRL Image)
Stockbridge to HPC-ARC (AFRL Image)
1950s-era US Army “Duster” gun systems are tested after AFRL modification. (AFRL Image)
AFRL’s Munitions Directorate modified and tested 1950s-era US Army “Duster” gun systems in support of an AFSOC need, saving $8.7 million. (AFRL Image)
AFRL's LAMARS simulator (AFRL photo)
AFRL's LAMARS simulator (AFRL photo)
AFRL’s new coatings-removal technology. (AFRL image)
AFRL’s new coatings-removal technology that is safer, faster, and more cost-effective. (AFRL image)
Dr. Richard Rast, senior engineer with the Air Force Research Laboratory's Satellite Assessment Center, with a 16-inch diameter telescope. (Photo courtesy of Dr. Richard Rast, AFRL/Directed Energy Directorate)
Dr. Richard Rast, senior engineer with the Air Force Research Laboratory's Satellite Assessment Center, stands by a 16-inch diameter telescope. Small telescopes are less expensive and more portable than large telescopes. (Photo courtesy of Dr. Richard Rast, AFRL/Directed Energy Directorate)