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Sherman Fairchild Professor of Engineering
Senior Associate Dean, Academic Affairs
603/646-2184
Ian.Baker@Dartmouth.edu
Mechanical behavior, including deformation and fracture of metals, compound semiconductors, intermetallic compounds and ice; processing and development of intermetallic compounds; recrystallization phenomena, particularly the effect of particles on recrystallization kinetics and processing by directional recrystallization; interdiffusion phenomena in metallic thin films and their influence on mechanical properties; applications of electron microscopy and x-ray topography, particularly in-situ deformation experiments to elucidate mechanical behavior; applications of x-ray diffraction and electron channeling, particularly for atom site location in intermetallic compounds; processing by rapid solidification and mechanical alloying, particularly for the production of nanocrystalline (magnetic) materials; the structure, chemistry and properties of ice cores, firn and snow; production and properties of nanocrystalline, particularly magnetic, materials.
"The Strain-Induced Paramagnetic to Ferromagnetic Transition in FeAl: Experiments and Calculations", D. Wu, P.R. Munroe and I. Baker, Philosophical Magazine, 83 (2003) 295-313.
"SEM/EDS Comparison of Polar and Seasonal Temperate Ice" R. Obbard, D. Iliescu, D. Cullen. J. Chang and I. Baker, Microscopy Research and Technique, 62 (2003) 49-61.
"Imaging Dislocations in Ice", Ian Baker, Microscopy Research and Technique, 62 (2003) 70-82.
"A New Ultra-High-Strength Spinodal Alloy" J.A. Hanna, I. Baker, M.W. Wittmann, and P.R. Munroe, J. Materials Research, 20 (2005) 791-795.
"Magnetic Properties and Thermal Ordering of Mechanically Alloyed Fe-40 at.% Al", Q. Zeng and I. Baker, Intermetallics, 14 (2006) 396-405.
Dartmouth awarded NSF grant for new polar sciences, engineering grad program (posted 8/6/08)
Rare gathering of polar firn experts convenes at Dartmouth (posted 3/5/08)