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摘要: 锰方硼石（Mn3B7O13Cl）是一种应用前景巨大的锰氯硼酸盐矿物，我国是世界上目前唯一拥有锰方硼石矿床的国家，开发利用天然锰方硼石及人工合成纳米锰方硼石，并对其性能展开研究具有重要的理论和实际意义。本文首次对锰方硼石的显微结构、光致发光性能、电磁性能和摩擦磨损性能的研究进展进行概述，为我国进一步开发应用锰方硼石提供理论基础。Abstract: Chambersite is a rare manganese-chloride-borate mineral with many potential applications, China is the only country that possesses the chambersite deposits in the world at present. Therefore, it has the great theoretical and practical significance to develop and utilize this natural mineral, synthetic the nano-Mn3B7O13Cl, and study its application performance. The research progress of chambersite on the microstructure, photoluminescence properties, electromagnetic properties, and friction and wear properties is reviewed in this paper for the first time to provide a theoretical basis for the further development and application of chambersite.
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Key words:
- chambersite /
- microstructure /
- photoluminescence /
- electromagnetic properties /
- friction and wear
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图 4 合成锰方硼石的高分辨像（a）、计算相（b）和衍射谱（c）
Figure 4. High resolution electron microscopy images (a), calculated images (b), and diffraction patterns (c) of synthetic chambersite
图 5 合成锰方硼石的计算相（a）、模拟图（b）和分子骨架图（c）
Figure 5. Calculated images (a), simulated images (b), and molecular skeleton diagram of synthetic chambersite
图 6 合成锰方硼石中Mn2+在不同激发波长下的发射光谱
Figure 6. Emission spectra of Mn2+ in synthetic chambersite at different excitation wavelengths
图 7 纳米锰方硼石的介电常数（a）和介质损耗（tanδ）（b）随频率的变化
Figure 7. Dielectric constant (a) and dielectric loss (tanδ) (b) of Mn3B7O13Cl in different frequency
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