Award Data

THE DEVELOPMENT OF A MANUFACTURING TECHNOLOGY THAT ALLOWS FOR THE OPTIMIZATION OF THE MECHANICAL AND SUPERCONDUCTING PROPERTIES OF HIGH TEMPERATURE SUPERCONDUCTORS IS CRUCIAL FOR THEIR IMPLEMENTATION IN ENERGY STORAGE DEVICES, MOTOR, GENERATORS, AND ELECTROMAGNETIC LAUNCHERS. STATE-OF-THE-ART PROCESSING NOW YIELDS HIGH TEMPERATURE SUPERCONDUCING MATERIALS WITH ENCOURAGING ELECTRICAL PROPERTIES, BU ...

WIDESPREAD APPLICATION OF HIGH PERFORMANCE DEVICES BASED ON III-VI COMPOUND SEMICONDUCTOR WILL DEPEND ON THE DEVELOPMENT OF ECONOMIC AND HIGH-QUALITY MANUFACTURING METHODS. DURING THE LAST FEW YEARS, ORGANOMETALLIC BASED PROCESSES HAVE EVOLVED INTO THE MOST PROMISING TECHNIQUES FOR THE PRODUCTION OF ULTRA-HIGH PURITY COMPOUND SEMICONDUCTOR MATERIALS IN COMPLEX LAYERED STRUCTURES REQUIRED FOR ADVAN ...

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A FEASIBILITY STUDY IS PROPOSED ON A NOVEL CONCEPT FOR DESIGN OF AN ELECTRONIC KILL (SOFT KILL) DEVICE. THE CONCEPT UTILIZES CONVENTIONALMEANS TO DELIVER A HIGH ENERGY RADIATION PRODUCING DEVICE (A "BETATRON") IN CLOSE PROXIMITY TO THREAT WEAPON SYSTEMS, THEREBY DESTROYING ELECTRONIC COMPONENTS INTEGRATED INTO, OR IN SUPPORT OF, THREAT WEAPON SYSTEMS. AS THE BETATRON COLLAPSES UNDER PRESSURE FROM ...

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THE MAIN OBJECTIVE OF THIS PROPOSED PROGRAM IS TO DEVELOP THE TECHNOLOGY FOR FABRICATING HIGH TEMPERATURE, HIGH OXIDATION RESISTANTS MOSI2/SIC FIBER REINFORCED CERAMIC STRUCTURES VIA A SCALABLE AND COST EFFECTIVE CHEMICAL VAPOR DEPOSITION (CVD) + HOT ISOSTATIC-PRESSING PROCESSES. IN PHASE I, THE FEASIBILITY OF FABRICATING A HIGH PERFORMANCE MOSI2/SIC COMPOSITE VIA A SCALABLE CVD PROCESS WILL BE ES ...

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