Characteristics of Mesoscopic Phase Transitions in Two-Dimensional Simple Nanostructured Materials
Characteristics of Mesoscopic Phase Transitions in Two-Dimensional Simple Nanostructured Materials
复制标题
二维简单纳米结构材料中的介观相变特征
DOI：
10.1142/s0217979203022982
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发表时间：
2003
影响因子：
1.7
通讯作者：
I. Krasilnikov
中科院分区：
文献类型：
--
作者：
Y. Yamazaki;H. Gleiter;Chen;V. Alyoshin;J. Krasilnikova;I. Krasilnikov
为了研究纳米材料，建立了理论和计算机实验研究的基本框架。用这种方法评价了这些材料的介观相变和临界现象的本质特征。对于由惰性气体原子组成的纳米结构材料，我们推广了重整化理论和Metropolis蒙特卡罗方法，研究了介观相变和临界现象。用这两种方法得到的结果都在两篇论文中报道：本文的计算结果和随后的理论结果。
In order to study nanostructured materials, a fundamental framework of the theory and the computer-experimental studies is established. The essential characteristics of the mesoscopic phase transitions and critical phenomena in these materials are evaluated by means of this approach. For nanostructured materials consisting of inert gas atoms, we study mesoscopic phase transitions and critical phenomena by generalizing the renormalization theory and the Metropolis Monte Carlo method. The results obtained by the both methods are reported in two papers: computational results in the present paper and the theoretical results in the paper which follows.