One of the most intriguing anomalies of water is its ability to exist as distinct amorphous ice
forms (glass polymorphism or polyamorphism). This resonates well with the possible first …

While methanol and ethanol are macroscopically miscible with water, their mixtures exhibit
negative excess entropies of mixing. Despite considerable effort in both experiment and …

Water forms two glassy waters, low-density and high-density amorphs, which undergo a
reversible polyamorphic transition with the change in pressure. The two glassy waters …

A detailed analysis of equimolar methanol–water (MeW) liquid structure at 298 K and
atmospheric pressure is performed using neutron scattering, Density Functional Theory …

Methanol-water liquid mixtures have been investigated by high-energy synchrotron X-ray
and neutron diffraction at low temperatures. We are thus able to report the first complete sets …

NMR spectroscopy is used in the temperature range 180–350 K to study the local order and
transport properties of pure liquid water (bulk and confined) and its solutions with glycerol …

Densities and viscosities of ethylene glycol-water and 1, 3-propanediol-water binary
mixtures have been measured over the whole composition range at 373.2 K and 473.2 K …

The hydrogen bonding ability of both water and methanol, together with the occurrence of
hydrophobic interactions, makes their solutions nonideal. This nonideality is reflected in both …

Intense electric fields applied on H-bonded systems are able to induce molecular
dissociations, proton transfers, and complex chemical reactions. Nevertheless, the effects …

The combination of the TraPPE and OPLS/2016 force fields with five water models, TIP3P,
SPC/E, OPC, TIP4P/2005 and TIP4P/EW was used to compute mixing enthalpies, excess …