The electronic structure with the spin orbit effect of the molecule LaNa has been studied in
the present work using the Multi-Reference Configuration Interaction MRCI calculations …

The completely unexplored LaP molecule is investigated by ab initio methods. Potential
energy curves for the low-lying states of LaP are constructed by means of the diffusion …

The spectroscopic and molecular properties of the title molecules have been investigated by
means of the diffusion Monte Carlo (DMC) method, to provide theoretical information for …

Potential energy curves for the lowest electronic states of LaB and LaB− have been
calculated by ab initio calculations. The diffusion Monte Carlo method has been employed in …

Potential energy curves for the low-lying electronic states of the title molecules in their
neutral and anionic forms have been calculated by means of the diffusion Monte Carlo …

The potential energy curves of the low-lying electronic states of the LaH molecule are
reported via the CASSCF method with multireference calculations (single and double …

By ab-initio methods, the spectroscopy of lanthanum hydride molecule LaH is predicted and
the states involved in all the observed band systems are assigned. So, 34 low-lying 1, 3 Λ …

New bands of scandium monohydride at origins 17,914.5 and 17,942.3 cm− 1 have been
observed in a jet-cooled beam with laser-induced fluorescence spectroscopy. Mass …

We report the observation of an Ω= 1 electronic state with T 0= 20041.96 (1) and T 1=
21359.1 (5) cm− 1. This state was identified by analyzing the laser-induced fluorescence …

Two new excited electronic states of LaH were identified at T 0= 21970.7 and 22100.3 cm− 1
in rotationally resolved laser-induced fluorescence jet-cooled excitation spectra. The …