… The latter polyhedron is unstable with respect to Sb III F 5 2 - and a single F - anion, …
transition-state theory. This two-parameter model 5 has been applied to lone pair species with CNs = …

… water molecules from one of more pairs of OH ligands to form VO… species which are unstable
in aqueous media increases. … metals in 'normal' oxidation states; but, more significantly from …

… ture solid state property of crt+ Fit namely, the flow of F-'s through a stable lattice of Ca2",s. …
show the three pair correlations gIJ(r) between the two kinds of particles. The cationcation pair …

… state overlaps with plasma physics and chemistry, creating an unusual synergy—a warm
dense matter state (… of the materials into a superionic state under these conditions. Atomic and …

… (x): the xz state conesponds to the maxi~m of Nxl and is consequently unstable. Variation of
T leads … the temperature interval between the pair of transitions widens and a pair of arbitrary …

… The ionic soft-core system, as a model of oz-Agl, of which pair … , the anion sublattice is unstable
and has a tendency to deform … case IIIc for which the superionic state can not be realized. …

… a special superionic state (electrolyte phase). It is in the latter … the total number of interacting
pairs is proportional to n2 and … ofFa ~ being thus unstable. Disordering without change in the …

… state is still, for all practical purposes, unstable. We conclude that cube-centre interstitial-vacancy
pairs are essentially unstable at … will generally be unstable in the superionic state. This …

… attention as essential materials for solid-state batteries, but a … Facile [PX 4 ] 3– anion rotation
exists in superionic Na 11 Sn … interplay where traditional transition state theory does not …

… special state—the superionic state (electrolyte phase). In this … Now we consider that the total
number of interacting pairs … x2 corresponds to the maximum of F(x) and hence is unstable. …