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熱時效和輻照環境下Fe-Cr-Mn奧氏體鋼晶界溶質元素偏聚和相析出

Radiation-Induced Segregation and Precipitate in Fe-Cr-Mn Austenitic Alloy in Thermal and Irradiation Environments

  • 摘要: 研究了含2%W和V的Fe-Cr-Mn合金經熱時效處理和電子輻照條件下,溶質元素晶界偏聚和析出相的行為。實驗結果表明:在含W、V合金中熱時效引起Cr、Mn晶界貧化,它決定于富Cr碳化物M23C6中組元組成。輻照條件下,兩種合金中Cr、Mn都發生晶界貧化,它決定于輻照產生空位濃度和空洞體脹量,輻照誘起晶界元素偏聚影響析出相成分。

     

    Abstract: Behaviour of grain boundaries segregation and precipitate in Fc-Cr-Mn and Fe-Cr-Mn-W-V alloys were investigated during thermal againg and irradjation by electron beam.
    Experiments show that Cr, Mn are depleted on grain boundaries during thermal aging in Fe-Cr-Mn-W-V alloy. It is depended on chemical composition of M23C6 type chromium-carbides. Cr and Mn in both alloys mentioned above are depleted on grain boundaries during irradiation. It is depended on concentration of radiation-induced cavity and void swelling. Radiation-induced segregation effects on chemical composition of precipitate M23C6 in both alloys.

     

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