State-resolved Thermal/Hyperthermal Dynamics of Atmospheric Species
Abstract
Direct absorption IR, LIF, REMPI and velocity map imaging methods have been used to study state-to-state inelastic and reactive scattering dynamics under single collision conditions. Efforts have led to progress in multiple areas: 1) Diode laser and LIF studies of hyperthermal CO2 and NO collisions at the gas-room temperature ionic liquid (RTIL) interfaces. 2) Large scale trajectory simulations for theoretical analysis of gas-liquid scattering studies, 3) LIF data for state-resolved scattering of hyperthermal NO at the gas-molten Ga(l) interface as a function of incident energy and surface temperature, 4) Velocity map ion imaging studies elucidating state-resolved reactive scattering dynamics of HCl from self assembled monolayers (SAMs). 5) Ultrafast plasmon mediated electron ejection dynamics in single Au nanostructures via novel scanning photo-ionization imaging microscopy (SPIM) methods.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jun 23, 2015
- Accession Number
- AD1013249
Entities
People
- David J. Nesbitt
Organizations
- University of Colorado Boulder