A polyad-conserving algebraic model applied to vibrational excitations of asymmetric
isotopologues of CO2 is presented. First, the problem of vibrational excitations is studied by …

We present an accurate simulation of the Raman spectrum of the carbon dioxide molecule in
the 1150–1500 cm− 1 spectral range, comparing the results obtained using the three polyad …

A criterion to establish the normal-to-local mode transition in the series of octahedral
molecules SF 6, WF 6 and UF 6 in terms of the suitability to estimate force constants in a …

We present a polyad-conserving local model applied to the vibrational excitations of
symmetric isotopologues of carbon dioxide. The description is carried out in the framework …

An algebraic method based on a discrete variable representation (DVR) scheme is applied
to describe 1D potentials. The approach is based on the algebraic realisation of the …

The SU (2)-Lie algebraic approach based on the dynamical group U 1 (2)× U 2 (2)×⋯× U n
(2) to describe a set of n local oscillators is analysed from the point of view of its connection …

CO2 kinetic and radiative vibrational state-to-state processes (STS) are explored in this
work. Better insights into these processes may lead to more efficient spacecraft design for …

The present edition of MOLEC, the XXI European Conference on the Dynamics of Molecular
Systems, MOLEC 2016, held in Toledo (Spain), has attracted 107 participants from more …