From studying the time evolution of the single electron density matrix within a density functional tight-binding formalism we calculate the Q y transition dipole moments vector direction and strength for a series of important ...

Motivation. Various classes of flavonoids of great importance for medicine have a molecular structure containing a resorcinol in its A-ring whereas the B-ring is a catechol derivative. With a future view to establishing ...

The dielectric absorptions observed on six poly (thiocarbonates) (PTC) containing different substituents in the interphenylic carbon atom are subjected to a study. The a relaxation process associated with the glass transition ...

With the specific aim of explaining the dipole moment (DM) of resorcinol in water, we investigated the molecular conformations and solute-solvent interactions of resorcinol in ethanol, methanol and water. In this work, ...

In this present work, we investigated the singlet excited state absorption (ESA) spectrum and intersystem crossing dynamics of gadolinium phthalocyanine (GdPc) in toluene. For that, we employed the femtosecond wavelength-tunable ...

A theoretical approach, in which the potential functions representing rotational isomerization processes are expressed in terms of linear combinations of local potentials, is presented. Partitioning the torsional potential ...

Significant two-body losses are observed in an ultracold gas of 85Rb or 87Rb atoms in a crossed dipole trap implemented with a broadband laser with a wavelength around 1071 nm. Using available spectroscopic data on the ...

In this report, we investigate the influence of temperature on the two-photon absorption (2PA) spectrum of all-trans-beta-carotene using the femtosecond white-light-continuum Z-scan technique. We observed that the 2PA ...