TECHNICAL SESSIONS

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Session 01—Applications I	Session 51—Tool Steels I
Session 02—Copper & Copper Composites I	Session 52—Titanium Alloys
Session 03—Stainless Steel I	Session 53—Advances in Gas Atomization
Session 04—Advanced Titanium Materials & Applications	Session 54—Test & Evaluation
Session 05—High-Velocity Compaction	Session 55—Compaction IV
Session 06—Carbon Nanotube Composites I	Session 56—PIM VI: Ceramics I
Session 07—Compaction I	Session 57—PIM VII: Nonferrous Materials
Session 08—Sintering of Composite Materials	Session 58—Business & Economic Strategies
Session 09—PIM I: Trends in MIM	Session 59—Special Fabrication Techniques
Session 10—Applications II	Session 60—Tool Steels II
Session 11—Applications of Aluminum PM	Session 61—Aluminum Alloys
Session 12—Stainless Steel II	Session 62—Novel Techniques & Modeling of Atomization
Session 13—Powder Feeding	Session 63—NDE Processes & Methods
Session 14—Copper & Copper Composites II	Session 64—Property Models of PM Parts
Session 15—Carbon Nanotube Composites II	Session 65—PIM VIII: Ceramics II
Session 16—Heat Treatment	Session 66—PIM IX: Advanced Magnetic Materials
Session 17—Ferrous Powder Production	Session 67—Lubricants
Session 18—Sintering Atmospheres	Session 68—Non-Traditional Sintering Technologies
Session 19—PIM II: Feedstock	Session 69—Tool Steels III
Session 20—Fatigue	Session 70—Magnesium Alloys
Session 21—Nanopowder Production & Processing	Session 71—Process Control
Session 22—Foams I	Session 72—Spray Forming & Novel Technologies
Session 23—Diamond-Based Composites	Session 73—Extrusion
Session 24—Sintering Analysis	Session 74—FEM Analyses of PM Processes
Session 25—Die Fill & Ejection Modeling	Session 75—PIM X: 17-4 PH Properties
Session 26—Tool Steel Compaction	Session 76—Magnetic Materials I
Session 27—High-Density Processing I	Session 77—Nanocomposites
Session 28—Machinability Enhancement I	Session 78—PM Thermoelectric Properties & Applications
Session 29—PIM III: Micro-MIM	Session 79—Mechanical Alloying
Session 30—Lean-Alloy Development I	Session 80—Granulated-Materials Processing
Session 31—Production of Specialty Powders	Session 81—Novel Sintering Techniques
Session 32—Foams II	Session 82—Innovative Tooling Techniques
Session 33—Wear Behavior	Session 83—Secondary Operations I
Session 34—PM Performance-Predictive Models	Session 84—Cermets
Session 35—Compaction II	Session 85—PIM XI: Process Simulation
Session 36—High-Density Processing II	Session 86—Magnetic Materials II
Session 37—Machinability Enhancement II	Session 87—Nanoparticle Processing
Session 38—PIM IV: Particle Size & Modeling Rheology	Session 88—Advanced PM Applications
Session 39—Lean-Alloy Development II	Session 89—Powder Production by Mechanical Methods
Session 40—Novel Processing for Nanomaterials	Session 90—Borides & Carbides
Session 41—Foams III	Session 91—Novel Consolidation Techniques
Session 42—Sintered Microstructures	Session 92—Nonferrous Sintering & Processing
Session 43—Wear Properties	Session 93—Secondary Operations II
Session 44—Frontiers of Modeling	Session 94—Phase Modeling in PM Parts
Session 45—Compaction III	Session 95—PIM XII: Equipment
Session 46—Molybdenum Steels
Session 47—Machinability Enhancement III
Session 48—PIM V: Particle Size & Microstructure
Session 49—Sinter Hardening
Session 50—Innovative PM Processing