Abstract Combustion of FTi70 industrial ferrotitanium containing 65.9% Ti and a model alloy of iron with 30.6% Ti in nitrogen is described. It is shown that the degree of nitriding of the combustion products of industrial ferrotitanium is low. The distribution of nitrogen along the sample diameter is uneven. The dilution of the alloy with the final product increases in the degree of nitriding. The study of the combustion of the model alloy concludes that the degree of nitriding increases along with the melting point of the initial alloy. The composition of the combustion products of ferrotitanium is described.

中文翻译：

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钛铁在氮气中的燃烧

摘要 描述了含 65.9% Ti 的 FTi70 工业钛铁和氮中含 30.6% Ti 的模型铁合金的燃烧。结果表明，工业钛铁燃烧产物的氮化程度较低。沿样品直径的氮分布不均匀。合金与最终产品的稀释增加了氮化程度。对模型合金燃烧的研究得出结论，氮化程度随着初始合金的熔点而增加。描述了钛铁燃烧产物的组成。