Molecular dynamics simulations and both normal mode and hyperspherical mode analyses
of NO-doped Kr solid are carried out in order to get insights into the structural relaxation of …

The intermolecular potentials for the NO (X Π 2)–Kr and NO (A Σ+ 2)–Kr systems have been
calculated using highly accurate ab initio calculations. The spin-restricted coupled cluster …

The dynamics of structural relaxation of NO doped Kr solids on electronic excitation of the
NO molecule has been characterized by molecular dynamics simulations and by normal and …

We have employed (2+ 1) resonance enhanced multiphoton ionization spectroscopy to
investigate the 3 d and 4 s Rydberg states of the NO molecule when bound to the surface of …

Molecular dynamics simulations of NO-doped Ar solid upon Rydberg photoexcitation of the
impurity have been carried out taking into account angular dependent potential energy …

The local relaxation of solid neon subsequent to the impulsive excitation of the NO
chromophore to its A (3sσ) Ryberg state is investigated using molecular dynamics …

More complete molecular dynamics simulations of NO doped Ar solid upon photoexcitation
of the impurity should include effects of angular variations of Ar–NO intermolecular potential …

In the present work, the energy relaxation process in doped solid matrices is studied. The
photoexcitation of NO molecule to its first electronic Rydberg state, being trapped in argon …

The potential energy surfaces (PESs) of Xe–NO (X2II) and Xe–NO (A2Σ+) complexes have
been obtained using highly accurate ab initio calculations. Analytical representations of …

PACS: Femtosecond probes of molecules in solids and of molecular solids, 82.53. Xa; Time-
resolved optical spectroscopies and other ultrafast optical measurements in condensed …