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MOLYBDENUM AND MOLYBDENUMBASE ALLOYS
METHODS OF INVESTIGATION
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alloy additions anneal argon AVERAGE MECHANICAL PROPERTIES Bend Ductility bond boundary between Mo brazing metal Tensile brittle Broke outside gauge chromium clad molybdenum cladding material Climax molybdenum cobalt composite creep testing denum diffusion zone Double Vee Double effect Elongation failed along boundary Filler Metal flow curve flow stress fN fN gauge mark Hastelloy B Hastelloy hot-rolled inches Inconel Inconel-clad molybdenum intermetallic joint load metal Tensile test Metallographic examination Mo and brazing Modulus of Elasticity molyb molybdenum alloys molybdenum core molybdenum sheet molybdenum specimen Murakami's reagent nickel-clad molybdenum o o o Offset Yield Strength oxidation porosity radius of bend recrystallization zone rolling temperature ROOM-TEMPERATURE MECHANICAL PROPERTIES shear strength showed shown in Fig sintered Stellite strength of molybdenum strengthening Table Tensile Strength psi Tensile test failed thickness of specimen thorium tungsten types of molybdenum Ultimate Tensile Strength unalloyed molybdenum Vee Double Vee Vickers hardness Westinghouse molybdenum Yield Strength psi