Presentations from the NIST 2010 Diffusion Workshop

• Welcome to NIST/Metallurgy Division (Gayle)
• Routes for Rapid Synthesis of CuGaxIn1-xSe2 Absorbers (T. Anderson, U. Florida)
•  Modeling Cu migration in CdTe Devices (G. Teeter, NREL)
• Cu2ZnSnS4: Evaluation of a new potential photovoltaic absorber material (G. Teeter, NREL)
• Characterizing 3-D Photovoltaics (D. Josell, NIST)
• Microstructure Modeling of 3rd Generation Disk Alloys (A. Misra, QuesTek Innovations)
• Diffusion in temperature gradients (J. Agren, KTH)
• DICTRA simulations of type 3 boundaries using the homogenization model (Ke and Morral, Ohio State)
• Phase Field Simulations of Nanostructure Formation (P. Voorhees, Northwestern)
• Simulation of Diffusion Using the Smoothed Boundary Method Coupled with Phase Field Models (K. Thornton, U. Michigan)
• Phase-field simulation of diffusion couples (L. Zhang, ICAMS, U. Bochum)
• Update on the NIST Interatomic Potentials Repository and Atomistic Simulations for Industrial Applications (C. Becker, NIST)
•  Phase Field Modeling of Diffusion Controlled Defect Processes (Y. Wang, Ohio State)
• Phase Modeling of coupled diffusion in ionic crystals (L-Q Chen, Penn State )
• Phase –field modeling of Reactive Wetting (J. Warren, NIST)
• Phase-field modeling of Line Edge Roughness in Block Copolymer Resists (A. Bosse, NIST)

Development of Standard Reference Diffusion Mobilities

• Grain boundary diffusion and segregation in copper: radiotracer measurements on poly- and bi-crystals (S. Divinski, U. Münster)
• Atomic mobility and diffusivity in Al alloys (Y. Du, Central South University, China)
• Computer simulation of self-diffusion in bcc Fe (M. Mendelev, Ames Lab)
• Self-Diffusivities in Liquid Alloys, (Z-K Liu, Penn State)