Metal discs

Three types of samples were scanned to observe their microstructure, not only surface structure but internal one as well. The samples were industrial copper matte, industrial fayalite slag, and laboratory-treated (doped) copper matte. The XCT results managed to show all the sought differences, e.g. glassy structure, microcracks and distribution of inclusions. Samples are described in Sibarani, D., Hamuyuni, J., Luomala, M., Lindgren, M., Jokilaakso, A., 2020. Thermal Conductivity of Solidified Industrial Copper Matte and Fayalite Slag. Heat Transfer Utilization in Pyrometallurgy. To get this dataset, please contact [e-mail]. Preview dataset found at https://doi.org/10.23729/eb1eeec0-8fd9-4ce9-a1c2-76792d7103e5

本研究对三类样品开展X射线计算机断层扫描（XCT）成像，以观测其微观结构，既涵盖表面微观形貌，也包含内部微观构造。三类样品分别为工业冰铜、工业铁橄榄石炉渣，以及实验室掺杂改性的冰铜。
XCT扫描结果成功呈现了所有预设关注的差异特征，例如玻璃态结构、微裂纹以及夹杂物的分布情况。
有关本数据集所用样品的详细描述，可参阅Sibarani D、Hamuyuni J、Luomala M、Lindgren M、Jokilaakso A于2020年发表的论文《凝固工业冰铜与铁橄榄石炉渣的热导率》，收录于《火法冶金中的传热利用》（Heat Transfer Utilization in Pyrometallurgy）。
如需获取本数据集，请联系邮箱[e-mail]。数据集预览可通过以下DOI链接获取：https://doi.org/10.23729/eb1eeec0-8fd9-4ce9-a1c2-76792d7103e5