In 1913 Debye devised a relaxation model for application to the dielectric properties of water
and alcohols. These hydrogen-bonded liquids continue to be studied extensively because …

This review provides information on application of two-dimensional (2D) correlation
spectroscopy to studies of the molecular structure and hydrogen bonding in basic molecules …

Replacement of aqueous alkanolamine-based carbon capture fluids with nonaqueous
alternatives may be a promising route to reduce the energy requirements of current …

Liquid monohydroxy alcohols exhibit unusual dynamics related to their hydrogen bonding
induced structures. The connection between structure and dynamics is studied for liquid 1 …

Quantifying the mid-range infrared hydroxyl stretch absorbance region has traditionally been
a challenge due to the wavenumber dependence of the attenuation coefficient. Interpretation …

A theory of fluorescence quenching of photoexcited centrosymmetric acridine-dione
derivative induced by H-bonding interactions with solvent in mixtures of methanol (MeOH) …

The dielectric spectra of most simple liquids are characterized by two relaxation
processes:(i) the α-process, an intense, broad non-Debye relaxation with a non-Arrhenius …

This work aims to evaluate the infrared spectroscopic methods for the study of the structural
properties of liquid alcohols–specifically how many alcohol molecules and how many …

The OH stretching (νOH) band of methanol observed in condensed phase has been
analyzed in terms of hydrogen-bonding patterns. Quantum chemical calculations for …

The supramolecular organization of liquid water is discussed in connection with both the
spectral profile of the OH stretching Raman signal measured in pure water and the …