High-temperature water (HTW), which we define broadly herein as liquid water above 200 C
and supercritical water (T> 374 C, P> 218 atm), is attracting attention as a medium for …

Given the importance of water and its welldiscussed anomalies, there are a large number of
monographs, 1-4 reviews, 5, 6 and even popular literature7 that cover a much broader …

The ability of simple potential functions to reproduce accurately the density of liquid water
from− 37 to 100° C at 1 to 10 000 atm has been further explored. The result is the five-site …

Neutron diffraction data for water and ice in the form of OO, OH and HH partial structure
factors now exist over a temperature range 220–673 K, and at pressures up to∼ 400 MPa …

Recent controversy in the literature about the structure of water away from ambient
conditions is manifested by significant differences between the site–site pair correlation …

Economically exploitable deposits of metallic minerals (ore deposits) form in the Earth's crust
through a variety of geologic processes. These involve extraction of metals at low …

Supercritical fluid pseudo‐boiling (PB), recently brought to the attention of the scientific
community, is the phenomenon occurring when fluid changes its structure from liquid‐like …

Water molecules confined to low‐dimensional spaces exhibit unusual properties compared
to bulk water. For example, the alternating hydrophilic and hydrophobic nanodomains on flat …

Pyrolysis and hydrothermal carbonization have (HTC) received a great deal of attention and
are regarded as representative thermal techniques in the dry and wet conversion of …

The proton NMR chemical shift has been measured for water from 25 to 600° C and from 1
to 400 bar, conditions extending well beyond the critical point. Dilute solutes were employed …