David Henry
Senior Lecturer
Chemistryu
Murdoch University
Australia
Biography
David Henry obtained my PhD in Chemistry from Deakin University investigating chiral organotin hydrides for radical chemistry, using both experimental and theoretical methods. Following his PhD he took up a post-doctoral position at ANU with Professor Leo Radom to develop high-level theoretical methods to accurately describe radical reaction mechanisms. He then accepted a post-doctoral position with Professor Irene Yarovsky at RMIT University to design nano-scale clean coatings using force-field based theoretical methods. He was subsequently appointed a Research Fellow at RMIT and investigated the chemistry of aluminium nano-particles, with a particular focus on hydrogen storage applications. I then moved to Murdoch to take up a lecturing position and establish a Physical / Computational Chemistry research group.
Research Interest
Physical Chemistry, Materials simulation and Computational Chemistry and involves applying an extensive range of methodologies including electronic first principles and forcefield / classical methods to chemical, biological and materials related problems.
Publications
-
D. J. Henry, (2017) Ligand coordination effects on gallium nanocluster reactivity. Adv. Mater. Letts. 8, 862-865
-
H. Taha, D. J. Henry, C.-Y. Yin, A. Amri, X. Zhao, S. Bahri, C. Le Minh, N. N. Ha, M. M. Rahman, Z.-T. Jiang (2017) Probing the effects of thermal treatment on the electronic structure and mechanical properties of Ti-doped ITO thin films. J. Alloys Compds 721, 333-346
-
S. M. M. Uddin, N. R. R. Daniel, R. J. Harper, D. J. Henry (2017) Why do biogenic volatile organic compounds (BVOCs) derived from vegetation fire not induce soil water repellency? Biogeochemistry 134,147–161.