Abstract:Ice III is a hydrogen-disordered phase of ice
that is stable between about 0.2 and 0.35 GPa. Upon cooling, it transforms to
its hydrogen-ordered counterpart ice IX within the stability region of ice II.
Because of this metastability, detailed studies of the ice III to ice IX phase
transition have so far not been carried out. Using ammonium fluoride doping to
prevent the formation of ice II, we now present a detailed study on this phase
transition using in-situ powder neutron diffraction. The <i>a</i&g… Show more
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