DEVELOPMENT OF C60 BULK CRYSTAL GROWTH METHODS FOR
ENHANCED HYDROGEN STORAGE FUNCTIONALITY
This is a study of the growth process of molecular crystals of C60 and their potential for application for use in hydrogen storage. The literature reports that C60 and (the related) carbon nanotubes are potentially extremely effective at storing hydrogen. We will closely study the crystal growth process and dopant effects and how these affect the storage characteristics.
Varying approaches including solution growth and physical vapor deposition will be considered. The knowledge gained here will allow us to ascertain the best directions to pursue further research and development. (Professors J. LaCombe of Metallurgical and Materials Engineering Div., UNR and J. Hallett of DRI)
C60 crystallized from a benzene solution demonstrating cruciform rod morphology. (Scale not available)