Characterization of Powder & Compacts: Preprint of a Seminar Held at the 1992 Powder Metallurgy World Congress, San Francisco, California, June 22-23, 1992
Metal Powder Industries Federation, 1992 - Metal powders - 208 pages
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Theory Scope of Particle Size Analysis
Particle Size Measurement by Light Scattering
11 other sections not shown
alloyed steel powder amount of austenite analyzer apparent density ASTM atomized austenite calibrated carburized Centrifugal characterization chemical compacting pressure composite-type alloyed steel compressibility crack detection decarburized density variation detecting cracks determined diameter dimensional change dimensions eddy current effect ejection elastic electron equipment evaluated fatigue limit fractured surface green compacts green density green strength instrument iron powder light scattering liquid load lubricant machine magnetic manufacturing martensite measuring particle metal powders metallographic microscope microstructure Microtrac mills molding MPIF Standard optical P/M materials Particle Shape particle size analysis particle size distribution pearlite pore porosity Powder Metallurgy powder particles powder production premixing probe procedure produce reduced refractory metals resistivity sedimentation shown in Figure shows sieve sieve analysis signal sintered sintered compacts sintered steel specific statistical process control stress surfactant Table techniques tensile bar tensile strength test bar total porosity transverse rupture Turbidimetry ultrasonic X-ray diffraction Young's modulus