Optical spectroscopy studies have been performed on slow, highly charged neon recoil ions. Rydberg states were populated by electron capture from sodium. These spectra reveal the influence of core interactions on the alignment of states populated by electron capture processes
Molecules in high Rydberg states, in which one electron has been excited into a hydrogenic orbital o...
Very-high-n (n~300) Rydberg atoms serve as a powerful tool to study chaos and quantum optical phenom...
Rydberg spectroscopy of rubidium cold atoms trapped in a magneto-optical trap (MOT) was performed in...
Optical spectroscopy studies have been performed on slow, highly charged neon recoil ions. Rydberg s...
Polarization measurements have been performed and emission spectra in the visible and near ultraviol...
La spectroscopie optogalvanique de l'atome de néon a été faite. Deux séries de Rydberg discrètes et ...
Atoms and molecules excited to a Rydberg state possess one electron residing predominantly far away ...
We carried out time-of-flight mass spectrometry for neon clusters that were exposed to intense free ...
Charge-exchange collisions of slow Ne10+ ions with He, Ne, and Ar targets were studied with simultan...
International audiencePartial ion yield spectroscopy was used to study fragmentation processes in cy...
We report on the observation of interactions between ultracold Rydberg atoms and ions in a Paul trap...
The design and construction of a high-resolution, low-energy and variable-angle electron impact spec...
Atomic properties of multiply charged ions have been investigated using excitation of energetic heav...
High Rydberg states (n similar to 40-100) of atoms or molecules were successfully generated by impac...
Author Institution: Texas Tech UniversityWe have studied the spectrum of the water molecule above th...
Molecules in high Rydberg states, in which one electron has been excited into a hydrogenic orbital o...
Very-high-n (n~300) Rydberg atoms serve as a powerful tool to study chaos and quantum optical phenom...
Rydberg spectroscopy of rubidium cold atoms trapped in a magneto-optical trap (MOT) was performed in...
Optical spectroscopy studies have been performed on slow, highly charged neon recoil ions. Rydberg s...
Polarization measurements have been performed and emission spectra in the visible and near ultraviol...
La spectroscopie optogalvanique de l'atome de néon a été faite. Deux séries de Rydberg discrètes et ...
Atoms and molecules excited to a Rydberg state possess one electron residing predominantly far away ...
We carried out time-of-flight mass spectrometry for neon clusters that were exposed to intense free ...
Charge-exchange collisions of slow Ne10+ ions with He, Ne, and Ar targets were studied with simultan...
International audiencePartial ion yield spectroscopy was used to study fragmentation processes in cy...
We report on the observation of interactions between ultracold Rydberg atoms and ions in a Paul trap...
The design and construction of a high-resolution, low-energy and variable-angle electron impact spec...
Atomic properties of multiply charged ions have been investigated using excitation of energetic heav...
High Rydberg states (n similar to 40-100) of atoms or molecules were successfully generated by impac...
Author Institution: Texas Tech UniversityWe have studied the spectrum of the water molecule above th...
Molecules in high Rydberg states, in which one electron has been excited into a hydrogenic orbital o...
Very-high-n (n~300) Rydberg atoms serve as a powerful tool to study chaos and quantum optical phenom...
Rydberg spectroscopy of rubidium cold atoms trapped in a magneto-optical trap (MOT) was performed in...
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