Experimental and computational study for grain growth in AIN based ceramics

M.Tajika; H.Matsubara; W.Rafaniello

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Experimental and computational study for grain growth in AIN based ceramics

机译：AIN基陶瓷晶粒长大的实验和计算研究

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Computer simulation of grain growth in the presence of a liquid phase was done using Monte Carlo methods. The results were compared to validation experiments using aluminum nitride (AlN) ceramics as the model materials. The grain size calculated from the simulated microstructures decreased as the volume fraction of the liquid phase increased. The cube of the average grain size was found to be proportional to both the number of Monte Carlo steps (MCS) and the annealing time for the model experiments.

机译：使用蒙特卡洛方法进行了液相存在下晶粒长大的计算机模拟。将结果与使用氮化铝（AlN）陶瓷作为模型材料的验证实验进行了比较。从模拟的微观结构计算出的晶粒尺寸随着液相体积分数的增加而减小。发现平均晶粒度的立方与模型实验的蒙特卡洛步数（MCS）和退火时间均成正比。

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来源
《Key Engineering Materials》 |1997年第2期|p.896-899|共4页
作者
M.Tajika; H.Matsubara; W.Rafaniello;
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正文语种 eng
中图分类工程基础科学;
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Computer simulation; monte carlo method; aluminum nitride; grain growth;

机译：计算机仿真;蒙特卡洛法氮化铝晶粒长大;

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专利

1. Experimental and Computational Study of Grain Growth and Microstructures in AIN Composite Ceramics [J] . Masahiko TAJIKA, Hiroshi NOMURA, Hideaki MATSUBARA 日本セラミックス協会学術論文誌 . 2001,第1268期

机译：AIN复合陶瓷晶粒长大和组织的实验与计算研究。
2. EXPERIMENTAL STUDY OF DYNAMIC STRENGTH OF ALUMINUM OXIDE BASED FINE-GRAINED CERAMICS OBTAINED BY SPARK PLASMA SINTERING [J] . Bragov A. M., Chuvildeev V. N., Melekhin N. V, Journal of Applied Mechanics and Technical Physics . 2020,第3期

机译：火花等离子体烧结获得的氧化铝基氧化铝细粒陶瓷动态强度的实验研究
3. Crystallization and Grain Growth Kinetics for Precipitation-Based Ceramics: A Case Study on Amorphous Ceria Thin Films from Spray Pyrolysis [J] . Jennifer L. M. Rupp, Barbara Scherrer, Ashley S. Harvey, Advanced Functional Materials . 2009,第17期

机译：沉淀基陶瓷的结晶和晶粒生长动力学：以喷雾热解法制备的非晶态二氧化铈薄膜为例
4. Experimental and computational study for grain growth in AIN based ceramics [C] . M. Tajika, H. Matsubara Conference and exhibition of the European ceramic society . 1997

机译：基于AIN陶瓷的晶粒生长实验和计算研究
5. Grain growth and the Zener pinning phenomenon: A computational and experimental investigation. [D] . Roberts, Christopher. 2008

机译：晶粒长大和齐纳钉扎现象：计算和实验研究。
6. Simulation and Experimental Studies on Grain Selection and Structure Design of the Spiral Selector for Casting Single Crystal Ni-Based Superalloy [O] . Hang Zhang, Qingyan Xu 2017

机译：铸造单晶镍基高温合金螺旋选择器的晶粒选择与组织设计的仿真与实验研究
7. Experimental and Computational Study of Grain Growth and Microstructures in AlN Composite Ceramics. [O] . Masahiko TAJIKA, Hiroshi NOMURA, Hideaki MATSUBARA, 2001

机译：ALN复合陶瓷晶粒生长和微观结构的实验和计算研究。
8. Pseudomorphic Semiconducting Heterostructures from Combinations of AIN, GaN andSelected SiC Polytypes: Theoretical Advancement and its Coordination with Experimental Studies of Nucleation, Growth, Characterization and Device Development [R] . Davis, R. F., Kern, S., Linthicum, K., 1994

机译：aIN，GaN和选择的siC多型组合的假晶半导体异质结构：理论进展及其与成核，生长，表征和器件开发实验研究的协调

Experimental and computational study for grain growth in AIN based ceramics

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