Characterization of natural minerals with the mezoscopic scale structure by means of reverse Monte Carlo simulation analysis.

在构造矿物学领域中，具有中观结构的纳米级中阶有序受到了广泛的关注。本文主要对天然黄铜矿和合成钠云母进行了AXS-RMC分析，并讨论了它们的中间有序结构与独特结晶过程之间的关系。此外，利用AXS-RMC技术研究了具有独特二十面体相结晶过程的Zr-Pd和ZrPt非晶态金属的结构。本研究的结果只能通过独特的先进的AXS-RMC方法，通过高能x射线衍射和异常x射线散射，并结合反向蒙特卡罗模拟来获得。

In the field of structural mineralogy, much attention has been paid to the nano-meter sized middle range ordering with a mezzo-scopic structure. Present study focuses on AXS-RMC analyses of natural chrysocolla and synthetic naegite, and discusses the relationship between their middle range ordering structures and unique crystallization procedures. Additionally, the structures of Zr-Pd and ZrPt amorphous metals with their unique crystallization process of an icosahedral phase, have been studied by means of AXS-RMC technique. The results of this study can be obtained only by the unique and advanced AXS-RMC method by the high energy X-ray diffraction and anomalous X-ray scattering together with reverse Monte Carlo simulation.