MSNW, INC.

THE PROPOSED WORK WILL EXAMINE ALTERNATIVE METHODS FOR SYNTHESIS OF HIGH PURITY REFRACTORY BERYLLIDES IN EITHER POWDER, FOIL OR BULK FORM. ANALYTICAL EFFORTS AND PROCESS MODELING WILL FOCUS ON THOSE M ...

THE PROPOSED RESEARCH WILL EXAMINE METHODS FOR GMAW WELDING OF AL/SIC(P) COMPOSITE BASE MATERIALS WITH SMALL DIAMETER EXTRUDED AL/SIC(P) COMPOSITE WELDING ELECTRODE WIRES. FEASIBILITY OF THE EXTRUSION ...

THE PROPOSED PHASE I RESEARCH PROJECT WILL EXAMINE ALTERNATIVE METHODS FOR SYNTHESIS OF Y(2)O(3) AND Y(2)O(3)-BASED COATINGS ON CERAMIC FIBERS AND METALLIC PARTICLES FOR USE IN CERAMIC AND INTERMETALL ...

THIS PROJECT WILL EXAMINE THE UTILITY OF ALTERNATIVE METAL AND NONMETAL PRECURSOR SPECIES FOR CHEMICAL VAPOR INFILTRATION OF HFC AND HFB2 INTO CARBON FIBER AND BORON FILAMENT PREFORMS, RESPECTIVELY. I ...

EFFECTIVE USE OF INTERMETALLICS IN COMPOSITE AND HONEYCOMB STRUCTURES WILL REQUIRE HIGH STRENGTH, HIGH QUALITY FOIL STARTING MATERIALS. DIRECT FABRICATION OF TIAL FOILS BY CHEMICAL VAPOR DEPOSITION ON ...

THE PROPOSED WORK WILL EXAMINE SYNTHESIS OF HIGH PURITY REFRACTORY METAL ALLOY PARTICULATES AND WHISKERS FOR USE AS DUCTILE REINFORCING PHASES IN ADVANCED INTERMETALLIC MATRIX COMPOSITES. PROTOTYPE DU ...

THE PROPOSED WORK WILL EXAMINE POSSIBLE APPROACHES TOWARD A METALLIC INHIBITION/PROTECTION SYSTEM FOR CARBON-CARBON COMPOSITES. THE EFFORT WILL BE A COMBINED THEORETICAL/EXPERIMENTAL STUDY TO ANALYZE ...

REFRACTORY BORIDE MATRICES (ZRB(2), HFB(2)) REINFORCED WITH HIGH MODULUS CARBON FIBERS SHOW PROMISE AS ULTRAHIGH TEMPERATURE STRUCTURAL MATERIAL. THE MAXIMUM USE TEMPERATURE IS LIMITED BY THE MUTUAL R ...

THE PROPOSED RESEARCH WILL EXAMINE THE UTILITY OF DUPLEX COATINGS, CONSISTING OF AN INNER, WEAKLY-BONDED COATING IMMEDIATELY ADJACENT TO THE FIBER AND AN OUTER, CHEMICAL-COMPATIBILITY COATING ADJACENT ...

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