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	Serial simulation of ceramic grain growth based on ternary-tree structure and space partition
	Ji, G. L. ; Lin, Y. ; Yang, Y. P. ; Xiong, Z. X. ; Pan, W ; Gong, JH ; Xiong ZX(熊兆贤)
	2007
关键词	ceramic grain growth serial simulation ternary-tree structure space partition
英文摘要	An improved serial computation method is proposed for simulating ceramic grain growth at an atomic scale. The data structure of a ternary tree is used to store orderly the atomic information and speed up the editing of data. Combining with the idea of space partition, an index for space searching is established to reduce the computation time. Simulation results demonstrate that the speed of the serial computation is increased significantly and simulated images are in good agreement with micrographs of practical ceramics. It is illustrated that kinetic exponents and fractal dimensions during the simulation of grain growth are also reasonable in compare with quantitative analyses.
语种	英语
内容类型	期刊论文
源URL	[http://dspace.xmu.edu.cn/handle/2288/59632]
专题	材料学院－已发表论文
推荐引用方式 GB/T 7714	Ji, G. L.,Lin, Y.,Yang, Y. P.,et al. Serial simulation of ceramic grain growth based on ternary-tree structure and space partition[J],2007.
APA	Ji, G. L..,Lin, Y..,Yang, Y. P..,Xiong, Z. X..,Pan, W.,...&熊兆贤.(2007).Serial simulation of ceramic grain growth based on ternary-tree structure and space partition..
MLA	Ji, G. L.,et al."Serial simulation of ceramic grain growth based on ternary-tree structure and space partition".(2007).

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