Abstract High-temperature oxidation behavior of Mg-X binary alloys is classified by the thermodynamic and systematic observations of their oxides. The proposed taxonomy comprises three main types of oxides (MgO, XmOn, and XmOn/MgO) and two subgroups (thermally grown and thermal barrier) of each oxide type. Adding Yb and Ca to Mg results in the formation of thermal-barrier-type XmOn films, increasing the ignition temperature. Adding Be to XmOn-type alloys is more beneficial than its addition to MgO-type alloys.

中文翻译：

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Mg-1 at% X 二元合金的高温氧化行为分类以及拟议分类法在不可燃多组分镁合金中的应用

摘要 Mg-X二元合金的高温氧化行为通过对其氧化物的热力学和系统观察进行分类。提议的分类法包括三种主要类型的氧化物（MgO、XmOn 和 XmOn/MgO）和每种氧化物类型的两个子组（热生长和热障）。将 Yb 和 Ca 添加到 Mg 中会导致热障型 XmOn 薄膜的形成，从而提高着火温度。将 Be 添加到 XmOn 型合金中比添加到 MgO 型合金中更有益。