The depletion process of LiH+ by H collision plays an important role in the evolution of the
early universe and astrophysical processes, including the eventual charge-states …

Quasi-classical trajectory (QCT) calculations have been carried out to study the
stereodynamics of the reactions H+ LiH+ (v= 0, j= 0)→ H2+ Li+ and H++ LiH (v= 0, j= 0)→ …

The relative efficiencies of the chemical pathways that can lead to the destruction of LiH and
LiH+ molecules, conjectured to be present in the primordial gas and to control molecular …

Initial state selected dynamics of the Ne+ NeH+(v 0= 0, j 0= 0)→ NeH++ Ne reaction is
investigated by quantum and statistical quantum mechanical (SQM) methods on the ground …

Quasi-classical trajectory calculations have been performed on the adiabatically allowed
reactions taking place on the two lowest-lying electronic states of the LiH2+ system, using …

Two new potential energy surfaces are established for the ground and first excited electronic
states of the LiH2+ system, which are important for the astrophysics-related H++ LiH+ and …

A new set of six accurate ab initio potential energy surfaces (PESs) is presented for the first
three singlet and triplet states of LiH2+ (1, 21A′, 11A′′, 1, 23A′, and 13A′′ states …

A hypersonic vehicle traveling at a high speed disrupts the distribution of internal states in
the ambient flow and introduces a nonequilibrium distribution in the post-shock conditions …

The dynamics and kinetics of the Li+ H2+ reaction and its isotopic variants (D2+ and T2+)
have been studied by using a time-dependent wave packet (TDWP) coupled-channel (CC) …

The dynamics and kinetics of the H++ LiH reaction have been studied using a quantum
reactive time-dependent wave packet (TDWP) coupled-channel quantum mechanical …