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Precision Measurement of the First Ionization Potential of Nobelium

2018

One of the most important atomic properties governing an element's chemical behavior is the energy required to remove its least-bound electron, referred to as the first ionization potential. For the heaviest elements, this fundamental quantity is strongly influenced by relativistic effects which lead to unique chemical properties. Laser spectroscopy on an atom-at-a-time scale was developed and applied to probe the optical spectrum of neutral nobelium near the ionization threshold. The first ionization potential of nobelium is determined here with a very high precision from the convergence of measured Rydberg series to be 6.626 21±0.000 05  eV. This work provides a stringent benchmark for st…

ENERGIESGeneral Physics and Astronomychemistry.chemical_elementElectron[PHYS.NEXP]Physics [physics]/Nuclear Experiment [nucl-ex]01 natural sciences7. Clean energysymbols.namesakeIonizationEQUAL-TO 1040103 physical sciencesLAWRENCIUMBUFFER GASPhysics::Atomic PhysicsSUPERHEAVY ELEMENTSLASER SPECTROSCOPY010306 general physicsSpectroscopyPhysicsNEUTRAL YTTERBIUM010308 nuclear & particles physicsHEAVIEST ELEMENTSchemistryRydberg formulasymbolsEXCITED-LEVELSNobeliumACTINIDESIonization energyAtomic physicsRelativistic quantum chemistryLawrencium
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