In this article, number 2000333 by Yanping Bao and co‐workers, the phase, composition, morphologies, particle size distribution and specific surface area of Mn oxide fumes generated after the vacuum treatment of melting Mn‐steels with different initial Mn contents are characterized. The temperature and oxygen partial pressure as well as particle size are responsible for thermodynamic stability of Mn oxides at the nanoscale.

中文翻译：

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熔融锰钢真空处理中生成的锰烟气的氧化行为表征

本文介绍了由Yanping Bao及其同事合作的编号2000333，其特征是对经过真空处理的具有不同初始Mn含量的Mn钢进行真空处理后生成的Mn氧化物烟气的相，组成，形态，粒径分布和比表面积。温度和氧气分压以及粒径是纳米级Mn氧化物热力学稳定性的原因。