Methyl radicals in their ground state (CH3 (X)) were created and excited by two-and one-
color excitation schemes for CH3Br and CH3I, respectively, to record (2+ 1) REMPI spectra …

Two-color pump–probe experiments were performed to explore the multiphoton dynamics of
CH3Br at high excitation energies of 8–10 eV, involving two-photon resonant excitations to a …

Hydrogen iodide, a Hund's case (c) molecule, serves as a benchmark compound for
studying rich molecular state interactions between Rydberg and valence states as well as …

Photoexcitation dynamics of the E (1Σ+)(v′= 0) Rydberg state and the V (1Σ+)(v′) ion-pair
vibrational states of HBr are investigated by velocity map imaging (VMI). H+ photoions …

Analysis of mass resolved spectra as well as velocity map images derived from resonance
enhanced multiphoton ionization (REMPI) of HBr via resonance excitations to mixed …

Velocity map imaging (VMI) data and mass resolved REMPI spectra are complementarily
utilized to elucidate the involvement of homogeneous multistate interactions in excited state …

High energy regions of molecular electronic states are largely characterized by the nature
and involvement of Rydberg states. Whereas there are a number of observed dynamical …

Mass resolved multiphoton ionization data for two-photon resonant excitations (REMPI) in
the 69 000–79 000 cm− 1 region were recorded for HI. REMPI spectra of fragment and …

REMPI data was recorded for CH 3 I and HI for the two-photon excitation region of 76,680–
82,620 cm− 1. I+ signals reveal number of peaks of varying line widths and intensities …

Spin-orbit coupling (SOC) effects in equilibrium geometries, electron affinities and adiabatic
excitation energies of the low-lying states for a series of halohydride cations are reported …