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Randy Vander Wal's research career began in physical chemistry, studying quantum-state resolved, molecular photodissociation dynamics. Following post-doctoral work, Vander Wal's research expanded into linear and non-linear laser-based optical diagnostic development, which broadened at NASA Glenn, including synthesis, characterization, and applications of carbon metal oxide semiconductor nanomaterials. Current research interests include CVD flame synthesis of carbon nanomaterials, the application of conducting thin films, fundamentals of graphene bonding, carbon graphitization kinetics, and characterization of carbon materials through high-resolution electron microscopy. His research also focuses on the impacts of combustion-produced soot on human health and climate. Vander Wal coined the term “nanostructure” to identify nano-scale structures formed by atomic layer planes comprising soot. His teaching philosophy emphasizes diversity of ideas and fostering critical thinking among students. Vander Wal's students have achieved notable accomplishments in various awards and recognitions.
Involves production of carbon nanomaterials.
Focuses on processing techniques for nanostructures.
GRE scores are highly recommended but not strictly required for Applied Linguistics.