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用光学金相法和电子显微境研究了Fe-C-Mo合金中温转变的早期产物及转变动力学,发现贝茵体相变是通过相变基元的形成及其生长演化而进行。总体动力学和组织形态观察反映出过程的扩散本质。
The early products and transformation kinetics of temperature transformation in Fe-C-Mo alloy were studied by optical metallography and electron microscopy. It was found that the transformation of bainite was carried out by the formation of phase transition elements and their growth and evolution. Overall kinetics and histological observations reflect the diffusion nature of the process.