Nature uses negative pressures in the most resourceful and efficient ways. Yet, negative
pressure states are still sometimes considered inaccessible by part of the scientific …

Properties of liquids under tension (ie at negative pressure) are discussed together with
methods of producing negative pressure. That established, the pressure dependence of …

The viscosity and speed of sound were measured in a poly (N‐isopropylacrylamide)–water
system that exhibited a lower critical solution temperature. The measurements were …

It is not very widely known that liquids can have very big tensile strength, therefore they can
endure deep negative pressures. In this review paper we are describing several …

A new method has been presented in this paper on the determination of the liquid–liquid
critical locus of a binary liquid mixture (nitrobenzene/n-hexane) under negative pressure …

The entropy principle is the product of a long attempt to find an adequate quantitative
expression defining the directional properties of natural processes. Time arrow can be …

The stability limits in binary fluid mixtures are investigated on the basis of the global phase
diagram approach employing a model for the attracting hard-sphere fluid. In addition to the …

We survey the types of binary (T, p, x) liquid–liquid phase diagrams that have already been
found experimentally or that can be predicted to exist, emphasizing the topological …

Liquid− liquid (L− L) phase splitting in mixtures of water (H/D)+ 3-methylpyridine (3-MP) at
the limit of pure H2O as solvent and under high tension are reported for the first time. The …

Cloud and spinodal loci have been obtained as functions of pressure (P), temperature (T),
polymer segment number (r), segment fraction (ψ), and H/D substitution on solute (z D) or …