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TacSat-3 imagery
Image of the Kilauea Volcano, Hawaii, taken by the TacSat-3’s primary payload, the Advanced Responsive Tactically-Effective Military Imaging Spectrometer (U.S. Air Force image)
TacSat-3 imagery
The National Mall, Washington, D.C., is featured in this image collect obtained by the TacSat-3 experimental demonstration during its 13-month mission. (U.S. Air Force image)
Improving Security for Cloud Computing
Prof. Thuraisingham is explaining assured information sharing concepts to Ph.D. student Mr. Jeffrey Partyka in UTD's Cloud Computing Laboratory. Prof. Latifur Khan and Ph.D Student M. Farhan are listening to the discussions. (Credit: UTD)
Materials Characterization Breakthrough Leads to Automated Component Health Monitoring
AFRL's Raman tribospectrometer, developed for in-place characterization of wear-resistant materials at high temperatures, automates component health monitoring. Pictured here is the instrument in operation, with the laser incident on a wear track created by a ball bearing's contact with a solid lubricant surface rotating at 200 rpm. (AFRL image)
Materials and Manufacturing Know-How Bests Failed Breakers
AFRL materials engineers identified the root cause of circuit breaker failure in KC-135 aircraft and provided a viable solution to check and, as necessary, replace the problematic components in nearly 400 aircraft. (AFRL image)
ManTech Tackles Rapid Response NFL-Style
Boeing and AFRL flight-tested an unmanned air vehicle demonstrating the viable design, development, and manufacture 'in less than 4 weeks time' of a UAV capable of carrying a defined payload. (Image by Richard Rau, Boeing)
New Focus on Space Object Identification
AFRL's newly released Physically Constrained Iterative Deconvolution based processing capability provides images of space objects faster and at much higher resolutions than previous software products (including earlier PCID versions) were able to supply. (Photo Credit: Heather Griffith, AFRL/RDSM)
IDCAST Partners With Industry for Third Frontier Effort
This color, 80-megapixel, EO array with 16-megapixel spotter zoom enables ground-based surveillance. (AFRL image)
IDCAST Partners With Industry for Third Frontier Effort
Persistent Surveillance Systems is working with government agencies to leverage both airborne and ground-based persistent surveillance techniques. The monochrome, 96-megapixel, electro-optic gimbaled array shown here is designed for airborne surveillance. (AFRL image)
Risk Model for High-Altitude Missions Added to NATOPS
Housed in the Altitude Decompression Sickness Research Database of the lab's Collaborative Biomechanics Data Network, AFRL's ADRAC (Altitude Decompression Sickness Risk Assessment Computer) leverages 'bubble growth' and statistical models of hypobaric chamber simulations to produce risk assessment output. (Air Force image)
Researchers Compute the Way to Better Resource Exploitation
Lab-funded Colorado State University researchers are leveraging diverse research backgrounds in addressing complicated logistical issues related to the Air Force's best possible use of resources. (AF photo, Capt. Dustin Doyle)
MUPI Conference Reception Features Keynote on AFRL Opportunities
Mr. Ed Lee, AFRL Historically Black Colleges and Universities/Minority Institutions program manager, recently delivered a presentation on AFRL opportunities to 2010 Member University Professional Institute Conference goers. (AFRL image)
Optical Societies Honor AFRL Engineer
In addition to being a Fellow of AFRL and SPIE (the International Society for Optical Engineering), Dr. James G. Grote now holds Fellow status in the Optical Society of America and the European Optical Society. (AFRL image)
Advanced Composites Office 'HAMs' It Up
Materials engineers from AFRL's Air Force Advanced Composites Office developed this hot air module, or HAM. Recently transitioned for warfighter use, the HAM enables depot crews to perform elevated-temperature bonded repairs and noncontact cures in field conditions. (AFRL image)
Axing the Competition
AFRL's Battle-Axe Ordnance warhead improves precision-guided submunitions defeat of diverse ground targets. Pictured is a detonation sequence captured during recent tests of the munitions technology. (AFRL image)
Axing the Competition
AFRL's Battle-Axe Ordnance warhead improves precision-guided submunitions defeat of diverse ground targets. Pictured is a detonation sequence captured during recent tests of the munitions technology. (AFRL image)
Axing the Competition
AFRL's Battle-Axe Ordnance warhead improves precision-guided submunitions defeat of diverse ground targets. Pictured is a detonation sequence captured during recent tests of the munitions technology. (AFRL image)
Axing the Competition
AFRL's Battle-Axe Ordnance warhead improves precision-guided submunitions defeat of diverse ground targets. Pictured is a detonation sequence captured during recent tests of the munitions technology. (AFRL image)
Laser Diodes Demonstrated as IR Beacon
AFRL demonstrated the capacity of laser diode technology to function as a beacon for heightening battlefield awareness and decreasing the potential for friendly fire and fratricide. (AFRL image)
Sensors Engineers Ever Vigilant in Warfighter Response
A surface-to-air missile launches during testing at Tonopah Test Range, Nevada (pictured left). AFRL's Vigilant Sentinel missile warning sensor (pictured right) underwent successful demonstration during these tests. (AFRL image)