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The mechanism of the ultrafast crystal growth of pure metals from their melts
Nature Materials, 2018Pure metals can have ultrafast growth rates from their melts, such as a crystal of pure nickel that grows at a rate reaching 70 m s−1. These extraordinary growth rates suggest that metallic crystals might provide the next generation of phase-change ...
Gang Sun, Jenny Xu, P. Harrowell
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Nucleation and Crystal Growth in Continuous Crystallization
2020This chapter discusses the fundamental aspects of nucleation and particle formation in the continuous crystallization context, with a main focus on nucleation and crystal growth. The classic crystallization phenomena, fundamental, thermodynamic or kinetic driven, will not be covered here. The primary and secondary nucleation, and some methods of nuclei
McGinty, John +4 more
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Crystal Growth and Crystallography
Acta Crystallographica Section A Foundations of Crystallography, 1998Selected topics that may be of interest for both crystal-structure and crystal-growth communities are overviewed. The growth of protein crystals, along with that of some other compounds, is one of the topics, and recent insights into related phenomena are considered as examples of applications of general principles.
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Nucleation and Growth of Colloidal Crystals.
Physical Review Letters, 1986bcc crystalline colloidal microsphere suspensions are shear melted into the metastable liquid phase. Recrystallization occurs via nucleation and growth of single crystallites at dilute sites. The nearly spherical growing crystals have rough interfaces with a time-independent interface velocity, $v$.
, Aastuen, , Clark, , Cotter, , Ackerson
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Protein crystals and their growth
Journal of Structural Biology, 2003Recent results on the associations between protein molecules in crystal lattices, crystal-solution surface energy, elastic properties, strength, and spontaneous crystal cracking are reviewed and discussed. In addition, some basic approaches to understanding the solubility of proteins are followed by an overview of crystal nucleation and growth.
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Soviet Physics Uspekhi, 1961
I. Crystal Surfaces in Equilibrium with the Surrounding Medium 117 The Surface Energy of Crystals 117 1. Kinks in Elementary Steps 117 2. Crystal Surface Energy. Herring's Formula 118 3. Corner Points in the Profiles of Crystal Surfaces 119 4. Surface Stability Conditions 120 5. The Equilibrium Shape of an Open Curve 121 II.
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I. Crystal Surfaces in Equilibrium with the Surrounding Medium 117 The Surface Energy of Crystals 117 1. Kinks in Elementary Steps 117 2. Crystal Surface Energy. Herring's Formula 118 3. Corner Points in the Profiles of Crystal Surfaces 119 4. Surface Stability Conditions 120 5. The Equilibrium Shape of an Open Curve 121 II.
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Single Crystal Growth of Millimeter-Sized Monoisotopic Hexagonal Boron Nitride
Chemistry of Materials, 2018Hexagonal boron nitride (hBN) with a single boron isotope have many enhanced physical, thermal and optical properties compared to the most common hBN with the natural distribution of boron (19.9 at. % 10B and 80.1 at. % 11B).
Song Liu +5 more
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Review of SiC crystal growth technology
Semiconductor Science and Technology, 2018The review article describes the interplay of fundamental research and advanced processes that have made SiC a unique semiconductor material for power electronic devices.
P. Wellmann
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Fast crystal growth at ultra-low temperatures
Nature Materials, 2021Qiong Gao +10 more
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Crystal growth mechanisms and growth anisotropy of YBa2Cu3O crystals
Journal of Crystal Growth, 1996Abstract The morphology of YBa2Cu3Ox (123) crystals was studied as a function of cooling rate and oxygen partial pressure. While the growth rates of most faces could be varied by a factor of 1000, the growth rate of the (001) face was found to be constant at 4 μm/h. As the driving force for supersaturation the Y concentration was considered.
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