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Grain growth in three dimensions depends on grain topology
Physical Review Letters, 1993While the growth rate of the average volume in a three-dimensional polycrystal is well understood, the growth rates of individual grains (which determine material properties through the topological and volume distributions) are not known. Using a three-dimensional Q-state Potts model simulation, I find that the average canonical growth rate of a grain ...
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Philosophical Magazine, 1969
Abstract The two commonly used relations to describe isothermal grain growth in materials (dD/dt=KjDm and D = βtn , where D is the grain size, t growth time, and K, β, m and n are constants defined in the text) are considered and the correct grain growth equations consistent with the boundary conditions are derived.
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Abstract The two commonly used relations to describe isothermal grain growth in materials (dD/dt=KjDm and D = βtn , where D is the grain size, t growth time, and K, β, m and n are constants defined in the text) are considered and the correct grain growth equations consistent with the boundary conditions are derived.
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2012
The idea of sintering is to join particles together without melting them. We may, however, use an additive that does melt. The particles can be crystalline or amorphous: We can sinter glass marbles so long as we don’t melt them; of course, the particles need not be spheres. If we go to too high a temperature, the marbles also deform.
C. Barry Carter, M. Grant Norton
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The idea of sintering is to join particles together without melting them. We may, however, use an additive that does melt. The particles can be crystalline or amorphous: We can sinter glass marbles so long as we don’t melt them; of course, the particles need not be spheres. If we go to too high a temperature, the marbles also deform.
C. Barry Carter, M. Grant Norton
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Acta Metallurgica, 1957
Abstract The sizes and shapes of grains in annealed metals, characterised respectively by the grain diameters and the interfacial angles, are shown to be lognormally distributed in planar sections as well as in space. The similarity of the size and shape distributions facilitates the treatment of grain growth as a univariant statistical problem in ...
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Abstract The sizes and shapes of grains in annealed metals, characterised respectively by the grain diameters and the interfacial angles, are shown to be lognormally distributed in planar sections as well as in space. The similarity of the size and shape distributions facilitates the treatment of grain growth as a univariant statistical problem in ...
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Representative grain boundaries during anisotropic grain growth
Computational Materials Science, 2023Ayush Suhane, Matthias Militzer
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Cancer treatment and survivorship statistics, 2022
Ca-A Cancer Journal for Clinicians, 2022Kimberly D Miller +2 more
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Grain Growth Kinetics: The Grain Growth Exponent
Materials Science Forum, 1992openaire +1 more source
Current treatment and recent progress in gastric cancer
Ca-A Cancer Journal for Clinicians, 2021Smita S Joshi, Brian D Badgwell
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