An overview is presented of recent studies of the interaction of low-energy positrons with atoms and molecules using a trap-based positron beam. The beam is tunable from ∼100 meV to many electron volts, with a typical energy resolution of 25 meV (FWHM)
The scattering of positrons from molecules and atoms using a magnetized beams was studied. The techn...
A high-resolution (ΔE ∼ 60 meV FWHM) positron beam apparatus is briefly described and it has been us...
The scattering of positrons from molecules and atoms using a magnetized beams was studied. The techn...
Abstract: Techniques to accumulate and cool positrons in Penning traps provide new tools to study at...
A high resolution positron beam, generated from a Penning-Malmberg trap, has been used for a range o...
The buffer gas trap technique for positron trapping and beam formation has made available a low ener...
The focus of this dissertation is the development of a positron beam with significantly improved ene...
The focus of this dissertation is the development of a positron beam with significantly improved ene...
An instrument has been designed and constructed to provide new insights into fundamental, low energy...
This paper reviews the progress in our understanding of positron interaction with atoms and molecule...
Using a high resolution (∼60 meV FWHM) positron beam from a Surko buffer-gas trap, we have measured ...
In this talk, I discuss new data on the for-mation of Ps atoms by positron impact [1]. Ps formation ...
This report will review several new experimental developments for low energy (1-50 eV) scattering of...
Some recent progress in theoretical investigations of the interactions of low-energy positrons with ...
A new experiment has been developed for high resolution studies of positron scattering from atoms an...
The scattering of positrons from molecules and atoms using a magnetized beams was studied. The techn...
A high-resolution (ΔE ∼ 60 meV FWHM) positron beam apparatus is briefly described and it has been us...
The scattering of positrons from molecules and atoms using a magnetized beams was studied. The techn...
Abstract: Techniques to accumulate and cool positrons in Penning traps provide new tools to study at...
A high resolution positron beam, generated from a Penning-Malmberg trap, has been used for a range o...
The buffer gas trap technique for positron trapping and beam formation has made available a low ener...
The focus of this dissertation is the development of a positron beam with significantly improved ene...
The focus of this dissertation is the development of a positron beam with significantly improved ene...
An instrument has been designed and constructed to provide new insights into fundamental, low energy...
This paper reviews the progress in our understanding of positron interaction with atoms and molecule...
Using a high resolution (∼60 meV FWHM) positron beam from a Surko buffer-gas trap, we have measured ...
In this talk, I discuss new data on the for-mation of Ps atoms by positron impact [1]. Ps formation ...
This report will review several new experimental developments for low energy (1-50 eV) scattering of...
Some recent progress in theoretical investigations of the interactions of low-energy positrons with ...
A new experiment has been developed for high resolution studies of positron scattering from atoms an...
The scattering of positrons from molecules and atoms using a magnetized beams was studied. The techn...
A high-resolution (ΔE ∼ 60 meV FWHM) positron beam apparatus is briefly described and it has been us...
The scattering of positrons from molecules and atoms using a magnetized beams was studied. The techn...
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