Recent experiments have provided evidence of a previously unconsidered resonant process between interatomic electronic levels [1]. The process is conceptually similar to the well-known resonant phenomena between electronic levels within a single atom. However, the multiple atom nature of the new phenomenon is expected to make the process useful as a tool for studying near-neighbor bonding information
We predict very strong peak enhancements in core-level photoemission at the resonance with a deeper ...
Electronically excited molecules interact with their neighbors differently from their ground-state c...
Photoionization of an atom via interatomic correlations to N neighboring atoms may be strongly enhan...
We review the present status of multi-atom resonant photoemission (MARPE), in which the photoelectro...
This dissertation has involved the exploration of a new effect in photoelectron emission, multi-atom...
A first-principles calculation of the recently discovered interatomic multiatom resonant photoemissi...
A new phenomenon sensitive only to next-door-neighbor atoms in isolated molecules is demonstrated us...
A new phenomenon sensitive only to next-door-neighbor atoms in isolated molecules is demonstrated us...
Modifications of photoionization arising from resonant electron-electron correlations between neighb...
In order to test the presence of interatomic multi-atom resonant photoemission (MARPE) in 3d magneti...
This thesis addresses the electronic structure of molecules and solids using resonant X-ray emission...
We report the discovery of a charge transfer (CT) related low binding energy feature at a molecule-m...
This thesis addresses the electronic structure of molecules and solids using resonant X-ray emission...
Magnetic Linear Dichroism in Angular Distributions (MLDAD) from Photoelectron Emission was used to p...
We study the unoccupied electronic structure and dynamics of chemisorbed atoms and molecules on meta...
We predict very strong peak enhancements in core-level photoemission at the resonance with a deeper ...
Electronically excited molecules interact with their neighbors differently from their ground-state c...
Photoionization of an atom via interatomic correlations to N neighboring atoms may be strongly enhan...
We review the present status of multi-atom resonant photoemission (MARPE), in which the photoelectro...
This dissertation has involved the exploration of a new effect in photoelectron emission, multi-atom...
A first-principles calculation of the recently discovered interatomic multiatom resonant photoemissi...
A new phenomenon sensitive only to next-door-neighbor atoms in isolated molecules is demonstrated us...
A new phenomenon sensitive only to next-door-neighbor atoms in isolated molecules is demonstrated us...
Modifications of photoionization arising from resonant electron-electron correlations between neighb...
In order to test the presence of interatomic multi-atom resonant photoemission (MARPE) in 3d magneti...
This thesis addresses the electronic structure of molecules and solids using resonant X-ray emission...
We report the discovery of a charge transfer (CT) related low binding energy feature at a molecule-m...
This thesis addresses the electronic structure of molecules and solids using resonant X-ray emission...
Magnetic Linear Dichroism in Angular Distributions (MLDAD) from Photoelectron Emission was used to p...
We study the unoccupied electronic structure and dynamics of chemisorbed atoms and molecules on meta...
We predict very strong peak enhancements in core-level photoemission at the resonance with a deeper ...
Electronically excited molecules interact with their neighbors differently from their ground-state c...
Photoionization of an atom via interatomic correlations to N neighboring atoms may be strongly enhan...