Ultrafast Structural dynamics in solid hydrogens: A model for condensed phase quantum systems
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Rydberg-Rydberg transitions are induced by absorption from the lowest Rydberg state of NO A 2S+ (3ss) in Ar matrixes, which is excited by an ArF laser at 193.3 nm. The depopulation of the A(v = 0) level to higher Rydberg states is probed by depletion of it ...
The ultrafast dynamics are reported of bubble formation following excitation of the A 2S+ 3ss(v = 0) Rydberg state of NO trapped in Ar matrixes. The study is carried out by a fs pump-probe technique. The detected signal is the depletion of Rydberg fluoresc ...
Excitation of the A(3ss) Rydberg state of NO trapped in an H2 crystal leads to the electronic bubble formation around the NO impurity, resulting in an increase of 0.9 .ANG. of the ground state cage radius. Its dynamics was followed in real-time by femtosec ...
The bubble build-up following Rydberg state excitation in rare gas matrixes was modeled on a system comprising NO mols. trapped in Ar matrixes. The bubble formation was probed in real time using the time-resolved fluorescence depletion technique. The NO mo ...
The absorption spectrum of H2 mols. in a Ne matrix at 11-12.2 eV due the vibrational levels v' = 0, ..., 7 of the B1Su+ -> X1Sg+ Rydberg transition is reported. [on SciFinder (R)] ...
