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Session 5: Thin Films, Powder, and Porous Materials
Location: Merrill Hall (Asilomar Conference Grounds)
(Please check final room assignments on-site).
Session Description:

Editor:Dr. David S. Grummon Michigan State University, East Lansing, MI
Session Chair:Dr. David S. Grummon Michigan State University, East Lansing, MI
8:30 AMMEM5.10Characterization of As-Deposited Crystalline NiTi Thin Films
8:50 AMMEM5.1High Temperature NiTiHf Shape Memory Thin Films Fabricated by Simultaneous Sputter Deposition from Elemental Targets
9:10 AMMEM5.12Characterization of Porous NiTi Alloys Produced by SHS
9:30 AMMEM5.2Plastic Deformation of Sputtered NiTi Thin Films on Polyimide Substrates
9:50 AMMEM5.11In-Situ Study of the Preferential Orientation of Magnetron Sputtered Ni-Ti Thin Films as a Function of Bias and Substrate Type
10:10 AMMEM5.13Shock Damping Properties of SHS-Derived Porous TiNi
10:30 AMMEM5.14Characterization and Fabrication of Electrodeposited Shape Memory MnCu Thin Films
10:50 AMMEM5.4Fabrication and Micro-Structuring of Superelastic NiTi Thin Film by Magnetron Sputtering and Photoetching Technology
11:10 AMMEM5.15Ion Beam Projection Techniques for Locally Inducing Intermixing in Ni-Ti Thin Films
11:30 AM Refreshment Break and Poster Viewing for Sessions 5 and 7
12:10 PMMEM5.5TiNi Thin Film Technology: An Update
12:30 PMMEM5.16Crystallization of Amorphous Sputtered NiTi Thin Films
12:50 PMMEM5.6Recent Developments in Non-Planar Thin Film TiNi Technologies
1:10 PMMEM5.17Metal Matrix Composites Based on Powders of Shape Memory Alloys
1:30 PMMEM5.7Laser Annealing of Amorphous Ni-Ti Shape Memory Alloy Thin Films
1:50 PMMEM5.8TiNi-Base SMA Thin Film Microactuators and Related Science and Technology