Characterisation of gas phase halide-acetone complexes with photoelectron spectroscopy and ab initio calculations

Abstract

Anion photoelectron spectra of gas phase halide-acetone complexes (X⁻$\cdots$ CH₃COCH₃ where X = Cl, Br, I) are presented. Electron binding energies, corresponding to the electron affinities of the neutral species, are determined from experiment. Additionally, two ground state minima are predicted from MP2 calculations (with corresponding energies from CCSD(T) calculations) for each set of complexes: one C_s geometry for the anion complexes with the halide located midway between two hydrogens from each methyl group of acetone, and a C₁ neutral structure with the halogen appended to the carbonyl oxygen.

Peter Watson

Forrest Fellow, Lecturer

My research interests include distributed robotics, mobile computing and programmable matter.