The primary volatile 'rock-forming'minerals in the icy satellites of the outer solar system
include water-ice and various hydrated crystals of methane and ammonia. The rich …

Accurate and precise lattice parameters for D2O and H2O varieties of hexagonal ice (ice Ih,
space group P63/mmc) have been obtained in the range 1.6 to 270 K. Precision of the lattice …

Middle‐low temperature sorption thermal storage materials (STSMs), which are widely
applied in the waste heat utilization, can overcome the mismatch of thermal energy between …

We have collected high-resolution neutron powder diffraction patterns from MgSO 4· 11D 2
O over the temperature range 4.2–250 K. The crystal is triclinic, space-group P ̄ 1 (Z= 2) …

It is well known that sodium sulfate causes salt crystallization damage in building materials
and rocks. However since the early 1900s the existence of the metastable heptahydrate has …

Earlier research has shown that supersaturated vanadium sulfate electrolytes can remain
stable for an extended time ranging from hours to days making them suitable for …

The thermoelastic properties of a sample of chalcopyrite from the Palabora mine, South
Africa, have been investigated in the temperature range 4.2–330 K at ambient pressure, and …

We have collected neutron powder diffraction data from MgSO4· 11D2O (the deuterated
analogue of meridianiite), a highly hydrated sulfate salt that is thought to be a candidate rock …

Since being discovered initially in mixed-cation systems, a method of forming end-member
MgSO4· 9H2O has been found. We have obtained powder diffraction data from protonated …

Single crystals of synthetic nickel sulfate monohydrate, α-NiSO4· H2O (space-group
symmetry C 2/c at ambient conditions), were subject to high-pressure behavior …