Chisang Park
Current Research:
Current Research:
- Reaction pathway analysis and the reduction of the chemical mechanisms of hydrogen and hydrocarbons
- Reactor scale modeling of nanoparticle growth and assembly
- Micro- and nanoscale atomistic simulation of plasma-grown materials
Previous Research:
Previous Research:
"The role of molecular properties on the dimerization of aromatic compounds"
"The role of molecular properties on the dimerization of aromatic compounds"
Recent results have shown the presence and importance of oxygen chemistry during the growth of aromatic compounds, leading to the formation of oxygenated structures that have been identified in various environments. Since the formation of polycyclic aromatic compounds (PAC) bridge the formation of gas-phase species with particle inception, in this work we report a detailed analysis of the effects of molecular characteristics on physical growth of PAC via dimerization. Proceeds of The Combustion Institute (2018).
Education:
Education:
2018 - Present B.S.E in Computer Science, University of Michigan
2008 A.A.S in Technical Communications, Washtenaw Community College