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COVER
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ISSEMP 2006(Title page)
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Copyright Information
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PREFACE
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Organizing Committee
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Programming Committee in The Research Center for Superplasticity, Ibaraki University (RCS)
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Program
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CONTENTS
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Synergy by Microparticulation(Divisional title)
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Deposition of Nanostructured Silver Lines and Films from Aerosols Produced by LAMA(Synergy by Microparticulation)
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1-6
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Chemical Reactions Induced under Grinding : Application to Synthesis of Lanthanoid Ferrite(Synergy by Microparticulation)
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7-10
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Development of Direct Patterning by Ink-jet Process Using NanoPaste^[○!R](Synergy by Microparticulation)
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11-14
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Micro Metal Injection Molding Process and It's Application(Synergy by Microparticulation)
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15-18
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Synergy by Porous and Composite Materials(Divisional title)
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Fabrication of Lotus-type Porous Metals by Continuous Zone Melting and Continuous Casting Techniques(Synergy by Porous and Composite Materials)
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19-24
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Porous Titanium Implants : Fabrication and Properties(Synergy by Porous and Composite Materials)
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25-28
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Seeing Stress by Elastico-Luminescence Coating(Synergy by Porous and Composite Materials)
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29-32
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Micromechanical and Generalized Phenomenological Models of Strain-rate Sensitive Porous Bodies(Synergy by Porous and Composite Materials)
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33-38
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Synergy by Microstructuring(Divisional title)
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Structural Response of a ZK60 Magnesium Alloy Subjected to Friction Stir Welding(Synergy by Microstructuring)
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39-42
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Synergistic Effect of Nanoscale Dispersoids and Submicrometer Grain Size on Superplasticity of Aluminum Alloys(Synergy by Microstructuring)
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43-46
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Ultra-steel : Fabrication Makes New Material Structure(Synergy by Microstructuring)
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47-50
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Effect of Superplastic Deformation on Ion Conductivity of Sc_2O_3 doped ZrO_2 to be used as Electrolyte inSOFC(Synergy by Microstructuring)
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51-54
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Synergy by Rapid Heating and Cooling(Divisional title)
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Surface Treatment of Steel Components by Grinding(Synergy by Rapid Heating and Cooling)
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55-58
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Joining of Bulk Metallic Glasses by Rapid Heating and Cooling(Synergy by Rapid Heating and Cooling)
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59-62
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Stainless Steel Controlled with GBE and Nb-Al Compound Material Processed with Mechanical Alloying & SPS Methods(Synergy by Rapid Heating and Cooling)
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63-66
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Material surface improvement for mercury target of spallation neutron source in J-PARC(Synergy by Rapid Heating and Cooling)
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67-71
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