2011 Fall Annual Meeting Date and Room by Session

Session Date · Room
Thermoelectric Materials 9E
Catalysts Materials 9J
Superconducting Materials 9G
Battery Materials & Ionic Conductor 7E
Spintronics and Nanomagnetism 8B
Soft Magnetic Materials 7B
Nano-Scale; Emerging Materials 9B
Hard Magnetic Materials 7B
Functionality and Physics of Magnetism 8B
Interconnect ; Packaging Materials 7B
Thin Films 8B    9B
Semiconductors 9B
Titan and Its Alloys 7F
Technology, Society and Cultural Properties 7G
Biomaterials and Health Care Materials 7E    8E
Micro Joining 9G
Environment and Recycling 8C
Nuclear Materials 8C    9C
High-temperature Oxidation and Corrosion 7C
Aquasolution Corrosion 8K
Heat-resistance Materials 7C    8C
Molen Materials/High Temperature Properties 7G
Porous Materials 7F    8F
Magnesium 8F
Mechanical Properties 9F
Intermetallics 9I
High-temperature Deformation/Creep 9F
Steels Materials 9F
Amorphous Materials 7A    8A
Intelligent Materials 9A
Ceramics 8A
Shape Memory/Martensite Materials 9A
Composite Materials 8A
Coatings 7G
Solidification/Crystal Growth 7D
Computational Materials/Materials Design 8D
Phase Diagram/Phase Equilibrium 9D
Bonding; Interface 7G    8G
Phase Transformation, Precipitation and Microstructure Control 9D
Surface Modification Process 9G
Analysis and Characterization 8E    9E
Powder Metallurgy/Sintering Technology 7D
Excited Reaction Field 8D

Symposium Theme

Nano Materials Science for Atomic Scale Modification 7M    8M    9M
New Perspectives in Structural and Functional Intermetallics Alloys 7I    8I    9I
Bulk Nanostructured Metals 7H    8H    9H
Hydrogen Energy Materials—IV 7L    8L    9K    9L
Design and development of novel catalysis materials based on metallurgy 8J    9J
Variety of Quasicrystals and Related Matters, and their Future Aspects on Application 7J    8J
Corrosion problems in chloride environments 7K    8K
Material strategy for rear-metals 8K

Poster Session

Session Presentation No.
Young Researcher Award 1 ∼ 6
Murakami Young Researcher Award 7
Nano Materials Science for Atomic Scale Modification (S1.1)1 ∼ 38
Thermoelectric Materials 39 ∼ 48
Catalysts Materials 49 ∼ 58
Hydrogen 59 ∼ 87
Superconducting Materials 88 ∼ 93
Battery Materials 94 ∼ 106
Spintronics and Nanomagnetism 107 ∼ 116
Soft Magnetic Materials 117 ∼ 124
Hard Magnetic Materials 125 ∼ 135
Functionality and Physics of Magnetism 136 ∼ 141
Nano-Scale; Emerging Materials 142 ∼ 154
Interconnect; Packaging Materials 155 ∼ 164
Thin Films 165 ∼ 180
Semiconductors 181 ∼ 191
Titan and Its Alloys 192 ∼ 210
Cultural Materials 211
Biomaterials and Health Care Materials 212 ∼ 260
Lead-free Solders 261 ∼ 268
Environment and Recycling 269 ∼ 275
Energitic particles Beam and Materials, Nuclear Materials 276 ∼ 321
High-temperature Oxidation and Corrosion 322 ∼ 337
Aquasolution Corrosion 338 ∼ 358
Heat-resistance Materials 359 ∼ 370
Molen Materials/High Temperature Properties 371 ∼ 376
Porous Materials 377 ∼ 392
Magnesium 393 ∼ 419
Mechanical Properties 420 ∼ 436
Intermetallics 437 ∼ 438
High-temperature Deformation/Creep 439 ∼ 444
Ultra-fine Grained Materials 445 ∼ 453
Steels Materials 454 ∼ 470
Amorphous Materials 471 ∼ 496
Intelligent Materials 497 ∼ 500
Ceramics 501 ∼ 504
Shape Memory/Martensite Materials 505 ∼ 516
Composite Materials 517 ∼ 526
Coatings 527 ∼ 541
Solidification/Crystal Growth 542 ∼ 557
Computational Materials/Materials Design 558 ∼ 570
Phase Diagram/Phase Equilibrium 571 ∼ 576
Bonding; Interface 577 ∼ 602
Phase Transformation, Precipitation and Microstructure Control 603 ∼ 625
Surface Modification Process 626 ∼ 635
Analysis and Characterization 636 ∼ 656
Powder Metallurgy/Sintering Technology 657 ∼ 671
Excited Reaction Field 672 ∼ 676