Crystallization

Stabilization and crystallization mechanism of amorphous calcium carbonate
The team published a research article titled “Stabilization and crystallization mechanism of amorphous calcium carbonate” in the Journal of Colloid and Interface Science
Last updated on Mar 23, 2025 5 min read
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Stabilization and crystallization mechanism of amorphous calcium carbonate
Nanocluster-Induced Liquid-like Precursor Formation and Crystallization: In Situ Visualization and 3D Reconstruction
Revealing the crystallization mechanism of inorganic materials modulated by organic molecules has broad implications in …
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Stabilization and crystallization mechanism of amorphous calcium carbonate
Amorphous phases hold great promise in diverse applications and are widely used by organisms as precursors to produce biominerals with …
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Local concentration controls the hydrate phase of calcium oxalate
Non-additive factors can significantly affect the crystallization pathways and hydrate phases of calcium oxalate. However, little is …
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Calcium phosphate
Investigating the crystallizaiton mechanisms of calcium phosphate.
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Calcium phosphate
Calcium carbonate
Investigating the crystallizaiton mechanisms of calcium carbonate.
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Calcium carbonate
Bioprocess inspired formation of calcite mesocrystals by cation-mediated particle attachment mechanism
Calcite mesocrystals were proposed and have been widely reported to form in the presence of polymer additives via oriented assembly of …
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Mineralization Pathways of Amorphous Calcium Phosphate in the Presence of Fluoride
Amorphous calcium phosphate (ACP) has been widely reported as a metastable precursor during the mineralization of calcium phosphates in …
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The nonclassical crystallization mechanism and growth kinetics of densely packed fluorapatite nanorod arrays: effects of the ion transportation rate and fluoride concentration
Shark enameloid has excellent mechanical properties that are comparable to human enamel. Yet, interestingly, the growth rate of shark …
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Biomimetic formation of fluorapatite nanorods in confinement and the opposite effects of additives on the crystallization kinetics
Enameloid is the most highly mineralized tissue of shark teeth with excellent mechanical properties, which consists of fluorapatite …
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