The Authors prove, by means of SEM, the co-existence of (100) and (111) forms in pure aqueous solution in well defined supersaturation range. The consequences of the "octopole hypothesis" is discussed. Finally, according to the calculation of the reconstructed (111) surfaces, the equilibrium shape of the crystals was determined.
(100) and (111) Forms of NaCl-like Crystals Coexisting in Growth from Pure Aqueous Solution.
SGUALDINO, Giulio
2006
Abstract
The Authors prove, by means of SEM, the co-existence of (100) and (111) forms in pure aqueous solution in well defined supersaturation range. The consequences of the "octopole hypothesis" is discussed. Finally, according to the calculation of the reconstructed (111) surfaces, the equilibrium shape of the crystals was determined.File in questo prodotto:
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