Major
Chemistry
Research Abstract
This research project aims to investigate the oxidation chemistry of the gas phase Acetile Acetone (AcAc) + O 2 combustion reaction at specific pressure and temperature condition. The reaction is photolytically Cl-initiated in excess of bimolecular oxygen. These findings are expected to serve as the groundwork for improved fuel kinetic modeling, future investigations of other diketones, or even for justification of using AcAc as a fuel itself.
Faculty Mentor/Advisor
Giovanni Meloni
Audio
SaraGallatri_LawrenceBerkeley_chemistry_poster.pptx (1814 kB)
PowerPoint presentation
Investigation of oxidation reaction products of acetylacetone using synchrotron photoionization carried out at the Advanced Light Source in the Lawrence Berkeley National Laboratory
This research project aims to investigate the oxidation chemistry of the gas phase Acetile Acetone (AcAc) + O 2 combustion reaction at specific pressure and temperature condition. The reaction is photolytically Cl-initiated in excess of bimolecular oxygen. These findings are expected to serve as the groundwork for improved fuel kinetic modeling, future investigations of other diketones, or even for justification of using AcAc as a fuel itself.
