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  • Metals

    The aim of the experiment in this work is to modify the Al2O3 inclusions in high-carbon hard wire steel by magnesium treatment. The general evolution process of inclusions in steel is: Al2O3 → MgO·Al2O3(MA) → MgO. The unreacted core model was used to study the modification process of inclusions. The results show that the complete modification time (tf) of inclusions is significantly ...

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  • Materials

    Laboratory-scale experiments for the modification of Al2O3 inclusions by calcium treatment in high-carbon hard wire steel were performed and the compositions and morphological evolution of inclusions were studied. The kinetics of the modification of Al2O3 inclusions by calcium treatment were studied in high-carbon hard wire steel based on the unreacted shrinking core model, considering the ...

    Get Price
  • Dropped 03-11-2018-COM - Domain Data - NameDog

    2018-3-11u2002·u2002Domain Data » Dropped » 03-11-2018-COM » Dropped » 03-11-2018-COM

    Get Price
  • Metals

    The aim of the experiment in this work is to modify the Al2O3 inclusions in high-carbon hard wire steel by magnesium treatment. The general evolution process of inclusions in steel is: Al2O3 → MgO·Al2O3(MA) → MgO. The unreacted core model was used to study the modification process of inclusions. The results show that the complete modification time (tf) of inclusions is significantly ...

    Get Price
  • Materials

    Laboratory-scale experiments for the modification of Al2O3 inclusions by calcium treatment in high-carbon hard wire steel were performed and the compositions and morphological evolution of inclusions were studied. The kinetics of the modification of Al2O3 inclusions by calcium treatment were studied in high-carbon hard wire steel based on the unreacted shrinking core model, considering the ...

    Get Price
  • Dropped 03-11-2018-COM - Domain Data - NameDog

    2018-3-11u2002·u2002Domain Data » Dropped » 03-11-2018-COM » Dropped » 03-11-2018-COM

    Get Price
  • Metals

    The aim of the experiment in this work is to modify the Al2O3 inclusions in high-carbon hard wire steel by magnesium treatment. The general evolution process of inclusions in steel is: Al2O3 → MgO·Al2O3(MA) → MgO. The unreacted core model was used to study the modification process of inclusions. The results show that the complete modification time (tf) of inclusions is significantly ...

    Get Price
  • Materials

    Laboratory-scale experiments for the modification of Al2O3 inclusions by calcium treatment in high-carbon hard wire steel were performed and the compositions and morphological evolution of inclusions were studied. The kinetics of the modification of Al2O3 inclusions by calcium treatment were studied in high-carbon hard wire steel based on the unreacted shrinking core model, considering the ...

    Get Price
  • Dropped 03-11-2018-COM - Domain Data - NameDog

    2018-3-11u2002·u2002Domain Data » Dropped » 03-11-2018-COM » Dropped » 03-11-2018-COM

    Get Price
  • Metals

    The aim of the experiment in this work is to modify the Al2O3 inclusions in high-carbon hard wire steel by magnesium treatment. The general evolution process of inclusions in steel is: Al2O3 → MgO·Al2O3(MA) → MgO. The unreacted core model was used to study the modification process of inclusions. The results show that the complete modification time (tf) of inclusions is significantly ...

    Get Price
  • Materials

    Laboratory-scale experiments for the modification of Al2O3 inclusions by calcium treatment in high-carbon hard wire steel were performed and the compositions and morphological evolution of inclusions were studied. The kinetics of the modification of Al2O3 inclusions by calcium treatment were studied in high-carbon hard wire steel based on the unreacted shrinking core model, considering the ...

    Get Price
  • Dropped 03-11-2018-COM - Domain Data - NameDog

    2018-3-11u2002·u2002Domain Data » Dropped » 03-11-2018-COM » Dropped » 03-11-2018-COM

    Get Price
  • Metals

    The aim of the experiment in this work is to modify the Al2O3 inclusions in high-carbon hard wire steel by magnesium treatment. The general evolution process of inclusions in steel is: Al2O3 → MgO·Al2O3(MA) → MgO. The unreacted core model was used to study the modification process of inclusions. The results show that the complete modification time (tf) of inclusions is …

    Get Price
  • Materials

    Laboratory-scale experiments for the modification of Al2O3 inclusions by calcium treatment in high-carbon hard wire steel were performed and the compositions and morphological evolution of inclusions were studied. The kinetics of the modification of Al2O3 inclusions by calcium treatment were studied in high-carbon hard wire steel based on the unreacted shrinking core model, …

    Get Price
  • Dropped 03-11-2018-COM - Domain Data - NameDog

    2018-3-11u2002·u2002Domain Data » Dropped » 03-11-2018-COM » Dropped » 03-11-2018-COM

    Get Price
  • Metals

    The aim of the experiment in this work is to modify the Al2O3 inclusions in high-carbon hard wire steel by magnesium treatment. The general evolution process of inclusions in steel is: Al2O3 → MgO·Al2O3(MA) → MgO. The unreacted core model was used to study the modification process of inclusions. The results show that the complete modification time (tf) of inclusions is …

    Get Price
  • Materials

    Laboratory-scale experiments for the modification of Al2O3 inclusions by calcium treatment in high-carbon hard wire steel were performed and the compositions and morphological evolution of inclusions were studied. The kinetics of the modification of Al2O3 inclusions by calcium treatment were studied in high-carbon hard wire steel based on the unreacted shrinking core …

    Get Price
  • Dropped 03-11-2018-COM - Domain Data - NameDog

    2018-3-11u2002·u2002Domain Data » Dropped » 03-11-2018-COM » Dropped » 03-11-2018-COM

    Get Price