Add to ORKGStrong efforts are undertaken at GSI in Darmstadt preparing for laser spectroscopy of the synthetic element nobelium. Several excimer- and dye lasers will be used in the forthcoming search for the 1$P$1-level in 254No. Based on the highly-efficient Radiation Detected Resonance Ionization Spectroscopy (RADRIS) technique, the identification of this excited state predicted around 3.8 eV becomes possible within a relatively short period of beam-time. This will form the basis for future studies of the atomic structure of the heaviest elements.status: publishe
Optical spectroscopy of the transfermium elements (atomic number Z > 100) is nowadays one of the mos...
Optical spectroscopy of a primordial isotope has traditionally formed the basis for understanding th...
One of the most important atomic properties governing an element's chemical behavior is the energy r...
Strong efforts are undertaken at GSI in Darmstadt preparing for laser spectroscopy of the synthetic ...
Laser spectroscopy is a versatile tool to unveil fundamental atomic properties of an element and the...
The experimental determination of atomic levels and the first ionization potential of the heaviest e...
Optical transitions were sought for in 254No, which was produced at the UNILAC accelerator at GSI in...
Journal article in the Special Issue "Atomic Structure of the Heaviest Elements" in Atoms submitted ...
For the investigation of the atomic level structure of heavy elements which can only be produced at ...
Laser spectroscopy of the heaviest elements provides high-precision data on their atomic and nuclear...
For the investigation of the atomic level structure of heavy elements which can only be produced at ...
Optical spectroscopy of the transfermium elements (atomic number Z > 100) is nowadays one of the mos...
Optical spectroscopy of a primordial isotope has traditionally formed the basis for understanding th...
One of the most important atomic properties governing an element's chemical behavior is the energy r...
Strong efforts are undertaken at GSI in Darmstadt preparing for laser spectroscopy of the synthetic ...
Laser spectroscopy is a versatile tool to unveil fundamental atomic properties of an element and the...
The experimental determination of atomic levels and the first ionization potential of the heaviest e...
Optical transitions were sought for in 254No, which was produced at the UNILAC accelerator at GSI in...
Journal article in the Special Issue "Atomic Structure of the Heaviest Elements" in Atoms submitted ...
For the investigation of the atomic level structure of heavy elements which can only be produced at ...
Laser spectroscopy of the heaviest elements provides high-precision data on their atomic and nuclear...
For the investigation of the atomic level structure of heavy elements which can only be produced at ...
Optical spectroscopy of the transfermium elements (atomic number Z > 100) is nowadays one of the mos...
Optical spectroscopy of a primordial isotope has traditionally formed the basis for understanding th...
One of the most important atomic properties governing an element's chemical behavior is the energy r...