TPEPICO and Transition State Investigation of Hydroxylamine
Poster Number
21B
Format
Poster Presentation
Faculty Mentor Name
Balint Sztaray
Faculty Mentor Department
Chemistry Department of University of the Pacific
Additional Faculty Mentor Name
Anthony Dutoi
Additional Faculty Mentor Department
Chemistry Department of University of the Pacific
Graduate Student Mentor Name
Luka Dockx
Graduate Student Mentor Department
Chemistry Department of University of the Pacific
Abstract/Artist Statement
In this chemical research, we are looking for the dissociations of hydroxylamine and the transition states of these dissociation channels. Threshold photoelectron photoion coincidence spectroscopy (TPEPICO) is the instrument to dissociate hydroxylamine and analyze the m/z value of the products of different channels. Quantum chemical calculations are used to find the energy for dissociations and the transition states. Recently, we have found the breakdown curve of the dissociation of hydroxylamine and several transition states of the dissociations. These results help us to understand the structure of hydroxylamine and the mechanisms of reactions that are similar to this dissociation.
Location
Information Commons, William Knox Holt Memorial Library and Learning Center
Start Date
29-4-2023 10:00 AM
End Date
29-4-2023 1:00 PM
TPEPICO and Transition State Investigation of Hydroxylamine
Information Commons, William Knox Holt Memorial Library and Learning Center
In this chemical research, we are looking for the dissociations of hydroxylamine and the transition states of these dissociation channels. Threshold photoelectron photoion coincidence spectroscopy (TPEPICO) is the instrument to dissociate hydroxylamine and analyze the m/z value of the products of different channels. Quantum chemical calculations are used to find the energy for dissociations and the transition states. Recently, we have found the breakdown curve of the dissociation of hydroxylamine and several transition states of the dissociations. These results help us to understand the structure of hydroxylamine and the mechanisms of reactions that are similar to this dissociation.