Abstract:A true single longitudinal mode distributed feedback (DFB) fiber laser will be developed. The first and only, a preliminary demonstration of this laser has just been published, but it is not truly single frequency. We shall develop and commercialize the world's first DFB fiber laser with Bragg… more
Abstract:In this Phase I study, we will demonstrate high power, continuous wave (CW) single spatial mode laser action at the 1 um wavelength. There are two innovative aspects in our proposal: the incorporation of commercially available very high power, not necessarily single mode, semiconductor laser diodes… more
Abstract:Recent world events have underscored the changing political and military requirements of the United States and its Allies to respond to situations not previously envisioned as primary missions of their Navies. Military missions which require the extensive use of mines, anti-ship cruise missiles… more
Abstract:At a time when the Navy is actively moving more training from shore to shipboard, it is critical that quantitative tools and measurements be developed and used to ensure that Navy training is meeting established objectives. The Navy wants to know that this movement away from more costly shore-based… more
Abstract:As the ability to communicate with the health care system becomes more important, there isa risk that minority populations, particularly non-English speaking and undeserved persons, will fallfurther behind in the level of care they receive. We are currently developing a general healthcare planfor… more
Abstract:Under the current U.S. Navy budget constrained environment it is desirable to get added functional performance from existing sonar systems. One such case is the need to provide instantaneous bearing ambiguity resolution for threat torpedoes at tactically significant ranges via U.S. Navy Surface… more
Abstract:When waveguides of high power radar systems are installed in corrosive environments gaps tend to form at the joints. These gaps change the characteristic impedance of the waveguide, causing reduced system efficiency and potential damage to the radar. An indication of these gaps are arcs generated… more
Abstract:Expendable mine-hunting countermeasures require a propulsion system that is acoustically and magnetically quiet while being light in weight, reliable, and inexpensive. Proposed for development and demonstration is a composite spring energy storage device. Calculations show that a spring weighing… more
Abstract:Passive detection and classification of missiles, aircraft, and units with internal combustion engines and rocket motors beyond the visual horizon is a capability of substantial tactical significance. Electromagnetic radiation from ions in engines has been identified as a potentially exploitable… more
Abstract:Approaches to Distributed Interactive Simulation (DIS) as they stand today cannot support the Navy's need for shore-based or deployed mission rehearsal. An advanced intelligent interface to extend the DIS Semi-Automated Forces (SAF) model is proposed that will be capable of supporting networked,… more
Abstract:PRESENT TRAIN DETECTION SCHEMES RELY LARGELY ON A LOW RESISTANCE THROUGH THE TRAIN'S WHEELS TO PERTURBATE A STABLE ELECTRICAL CIRCUIT. WHILE ELEGANT IN PRINCIPLE, THE DESIGN IS PLAGUED BY OXIDE FILMS AND MATERIAL BUILDUP ON THE RAIL, SNEAK PATHS THROUGH THE BALLAST AND OTHER UNCONTROLLABLE VARIABLES… more
Abstract:Marine Acoustics. Inc. (MAI), proposes applying existing passive acoustic localization technology originally developed for marine mammal tracking to submarine sonar applications. The commercial scientific processor technology developed by MAI will be adapted for integration into a submarine combat… more
Abstract:We are proposing to develop a novel compact blue fiber laser which overcomes the limitations of currently available lasers. These lasers offer significant advantages over the solid-state and gas lasers that are presently available. Fiber lasers are compact, efficient, widely tunable, and deliver… more
Abstract:Metal Injection Molding (MIM) partsmakers have indicated that the use of alloy metal powders currently available results in unacceptable distortion of large aspect ratio parts. This is attributed to the low "brown" strength of debound parts made with spherical gas atomized powder. This proposal… more
Abstract:The addition of Sic Platelets to selected diboride material systems offers the possibilities of increased toughness and improved Thermal protection. The innovative use of single crystal silicon carbide platelets with their highly reflective crystalographic planes, could lead to increased hot wall… more
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