首页> 外文期刊>THE CANADIAN MINERALOGIST >SYNTHETIC POTASSIC-FERRO-RICHTERITE: 1. COMPOSITION, CRYSTAL STRUCTURE REFINEMENT, AND H T BEHAVIOR BY IN OPERANDO SINGLE-CRYSTAL X-RAY DIFFRACTION
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SYNTHETIC POTASSIC-FERRO-RICHTERITE: 1. COMPOSITION, CRYSTAL STRUCTURE REFINEMENT, AND H T BEHAVIOR BY IN OPERANDO SINGLE-CRYSTAL X-RAY DIFFRACTION

机译:合成型电流式 - 石英石:1。作品数单晶X射线衍射中的组成,晶体结构细化和H T行为

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摘要

The high-temperature behavior of synthetic potassic-ferro-richterite was addressed to obtain data relevant to understanding petrogenetic processes as well as to testing complementarity and mutual calibration of single-crystal X-ray diffraction (XRD) analysis plus stnicture refinement (SKIT) with single-crystal FTIR spectroscopy. This experimental approach aims at: (1) better quantifying the onset of deprotonation, its development and the amount, if any, of relict OH at the end of the process; (2) verifying whether or not the process is homogeneous within the crystal; and (3) evaluating local changes in cation environments close to the OH dipole.
机译:已解决合成型咖啡 - 铁石灰的高温行为,以获得与了解化学过程相关的数据,以及测试单晶X射线衍射(XRD)分析加上侦探改进(SKIT)的互补性和相互校准 单晶FTIR光谱。 这种实验方法旨在:(1)更好地量化去除剂,其开发和在过程结束时封面哦的遗传哦; (2)验证该过程是否在晶体内均匀; (3)评估靠近OH偶极子的阳离子环境的局部变化。

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