Controlled synthesis of Mg(OH)2 with tailored crystal morphologies from brucite via hydration: Morphological evolution mechanism and hydration kinetics
Key Points
Morphological evolution demonstrates specific crystal structures forming under controlled hydration conditions.
Key evidence indicates significant changes in morphology with varying hydration times, affecting material properties.
Assessment using observed hydration kinetics on brucite provides insights into crystal structure formation.
These findings highlight the implications for materials science and potential applications in various industries.
Controlled synthesis of Mg(OH)2 with tailored crystal morphologies from brucite via hydration: Morphological evolution mechanism and hydration kinetics | Synapse