过共析钢

  • 网络hypereutectoid steel;hyper-eutectoid steel
过共析钢过共析钢
  1. 为了准确地检验高碳过共析钢盘条中的网状渗碳体,分别对选用硝酸酒精溶液侵蚀和碱性苦味酸钠水溶液热侵蚀两种显示方法进行了比较。

    In order to detect the carbide network in high carbon hypereutectoid steel wire rods accurately , two kinds of detection method of the carbide network are compared .

  2. 过共析钢(T10A)加热时奥氏体的形成

    Austenitic Formation of Hypereutectoid Steel ( T10A ) during Heating

  3. 过共析钢温变形过程中的组织演变Ⅱ.渗碳体的球化及Al的影响

    MICROSTRUCTURE EVOLUTION OF HYPEREUTECTOID STEELS DURING WARM DEFORMATION ⅱ . Cementite Spheroidization and Effects of Al

  4. 含硅过共析钢晶界铁素体形成的热力学分析

    Thermodynamic Analysis of Grain Boundary Ferrite Formation in Si containing Hypereutectoid Steels

  5. 工艺参数对过共析钢过冷奥氏体动态转变的影响

    Effect of processing parameters on dynamic transformation of undercooled austenite of hypereutectoid steel

  6. 研究了中温预变形对亚、过共析钢组织的影响。

    The influence of pre-deformation at medium temperature on the transformed structures of plain carbon steels is investigated .

  7. 由形核(长大)驱动力的计算证明,亚共析钢共析反应的领先相为铁素体,而过共析钢的领先相为渗碳体。

    Calculation of the driving force for nucleaction ( growth ) gives an evidencs that the leading phase of the eutectoid reaction in hypoeutectoid steels is ferrite while that in hypereutectoid steels is cementite .