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Effects of Atmosphere Composition on Sintering Characteristics
Improvements in Copper Welding Electrodes Via Powder
Evolution of the Thermophysical Properties of a Bronze Powder
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aluminum alloy applications automotive average Banhart bulk density coating commercial components compressive consolidation copper Cu-Ag deposition dimensional change electrode eutectic experimental Ti powder fabricated foaming agent forging Fraunhofer furnace g/cc gas atomized green density green strength H2 loss hollow sphere structures hydrogen loss value increased interface layer manufacturing materials measured mechanical properties melt mesh CP-Ti metal foams metal hollow spheres metal matrix composites microstructure minute high heat minute preheat molybdenum nanocrystalline niobium oxide P/M process percent phase plasma sprayed polymer porosity Porous Metal Structures powder blends Powder Metallurgy preform Premixed Bronze processing techniques Pure Copper quasicrystal quasicrystal particles quasicrystal powder reference datum reinforcement resistance welding samples selective laser sintering shape sintered density sintering atmosphere sintering cycle slurry specific heat specimens spray forming steel stereolithography surface Table Technology temperature tensile thermal diffusivity titanium transverse rupture strength TRS strength tubes v/o SiC