高碳马氏体

  • 网络high carbon martensite
高碳马氏体高碳马氏体
  1. 高碳马氏体钢球淬火开裂失效分析

    Failure Analysis on Quenching Cracking of High Carbon Martensite Steel Ball

  2. 低碳板条状马氏体的亚结构为高密度位错+层错;高碳马氏体亚结构为高密度位错和大量精细孪晶。

    Sub-structure of low carbon lath martensite is high density dislocation and stacking fault . high carbon martensite sub-structure is high density dislocation and a large amount twin crystal .

  3. 组织的显著细化、高碳马氏体的形成、内部位错的大量增殖是获得强化区高硬度的主要原因。

    Refining microstructures remarkably , yielding martensites with high carbon , proliferating dislocations greatly are the main causes of surface hardening .

  4. AISI440C不锈钢是一种高碳马氏体不锈钢,其含碳量高,强度、硬度和耐磨性高,切削加工性能差。

    AISI 440C stainless steel is considered as martensitic stainless steel , which is characterized with high carbon content , strength , hardness and wear resistance but poor in machinability .

  5. 高碳铁合金马氏体的特征

    Characteristics of martensite in a high-carbon ferroalloy

  6. 研究了硅和等温淬火工艺对高碳低合金马氏体-贝氏体钢金相组织与机械性能的影响。

    The effect of silicon and isothermal quenching process on the microstructure and mechanical property of the high-carbon low alloy martensite-Bainite steel was studied .

  7. Fe-Mn-Cr高碳四元合金马氏体相变热力学计算

    ^ Thermodynamic Calculation of Martensitic Transformation in Fe-Mn-Cr-high Carbon Quaternary Alloys

  8. 高碳和低碳马氏体回火分解产物的共格性所引起的内耗峯

    Internal friction peaks associated with the coherency of the decomposition products of high-carbon and low-carbon martensite