Support for much of this research was provided by the ground-based program of the NASA Microgravity Research Program

[picture of viscometer]
Internal Waves In a Viscometer near the Critical Point
Robert F. Berg, Chemical Science and Technology Laboratory
Margaret J. Lyell, West Virginia University
Geoffrey B. McFadden, Mathematical and Computational Sciences Division
Ronald G. Rehm, Building and Fire Research Laboratory

[picture of dendrite]
Effect of Natural Convection on Dendritic Growth
Sam R. Coriell, Metallurgy Division
Geoffrey B. McFadden, Mathematical and Computational Sciences Division
Robert F. Sekerka, Carnegie Mellon University

[picture of eutectic]
A Phase-Field Model for Solidification of a Eutectic Alloy
William J. Boettinger, Metallurgy Division
Geoffrey B. McFadden, Mathematical and Computational Sciences Division
Adam A. Wheeler, Southampton University, UK

[picture of stepped interface]
Step Bunching during Crystal Growth
Alex A. Chernov, USRA and Russian Academy of Sciences
Sam R. Coriell, Metallurgy Division
Geoffrey B. McFadden, Mathematical and Computational Sciences Division
Bruce T. Murray, SUNY Binghamton

[picture of FCC corner]
Anisotropy of an Alloy on an FCC Lattice
Richard J. Braun, University of Delaware
John W. Cahn, Materials Science and Engineering Laboratory
Geoffrey B. McFadden, Mathematical and Computational Sciences Division
Adam A. Wheeler, Southampton University, UK

[picture of spreading drop]
Modeling of Reactive Spreading
William J. Boettinger, Metallurgy Division
Richard J. Braun, University of Delaware
Geoffrey B. McFadden, Mathematical and Computational Sciences Division
Bruce T. Murray, SUNY Binghamton