高合金钢

ɡāo hé jīn ɡānɡ
  • high-alloy steel
高合金钢高合金钢
  1. 研究了用等离子束冶金法制备复合材料的方法,成功制备了低碳低合金钢与高合金钢的复合材料。

    The composite of low-carbon and low-alloy steel and high-alloy steel , is manufactured successfully by the plasma metallurgy .

  2. 根据除碳以外的合金元素的含量,合金钢可以再分为低合金钢、中合金钢和高合金钢。

    According to the amount of alloy elements ( except carbon ), alloy steels can be divided into low-alloy steel , medium-alloy steel and high-alloy steel .

  3. 以Mn代Ni对低碳高合金钢组织性能的影响

    Influence of substituting nickel with manganese on the structure and property of the low carbon high alloy steel

  4. ICP-AES法测定高合金钢中主合金元素含量

    ICP-AES determination of main alloying elements in high alloy steels

  5. 用正交分析法研究了磨粒、冲击功和pH值在低碳高合金钢冲击腐蚀磨损过程中的作用。

    Using the orthogonal analysis investigated the effect of abrasions , impact energy and PH No. to the low carbon high alloy steel in corrosive impact wear .

  6. 腐蚀磨损试验机的转速400转/分。在不同的介质(PH≈3)和不同的时间内,对低碳高合金钢、高锰钢和中碳合金钢进行了冲击腐蚀磨损性能的研究。

    The worn surfaces of the three steels show that the mechanism of the low carbon high alloy steel is impact abrasion , the high manganese steel is impact-corrosion , and the medium carbon alloy steel is the heaviest impact-corrosion .

  7. 分析了低、高合金钢试样,结果与NBS标准值吻合。

    The method has been applied to the analysis of some low-alloy and high-alloy steels , and the results obtained are in good agreement with the values of NBS .

  8. 在改进的MLD-10型冲击腐蚀磨损试验机上,对不同成分的低碳高合金钢的冲击腐蚀磨损性能进行了测试。

    LCHA with several variations of composition were tested with a modified MLD-10 wear tester to investigate their behavior under corrosive impact abrasion .

  9. 锡(IV)浓度在2.5μg/25ml~40μg/25ml范围内遵守比尔定律,用于高合金钢标样中微量锡的测定获得满意的结果。

    The concentration range of tin ( IV ) obeying Beer 's law is 2 . 5 μ g / 25 ml ~ 40 μ g / 25 ml. When it is used for the determination of tin in high alloy steel reference sample , satisfactory results are obtained .

  10. 用改进的MLD-10型冲击腐蚀磨损试验机,在模拟工况条件下,对不同碳含量的新型衬板用低碳高合金钢冲击腐蚀磨损行为进行了比较;

    Researches were made on the impact wear properties of low carbon high steels with different carbon contents on simulated conditions by using a modified MLD-10 impact wear tester .

  11. 通过高合金钢棒线材连轧机的控制轧制工艺研究了新一代合金弹簧钢D701的力学性能。

    Properties of new type alloy spring steel D701 is studied by controlled rolling process on high alloy steel wire rod and bar mills .

  12. 试验制定PDA-5500Ⅱ直读光谱仪在中、高合金钢分析中的技术条件,并验证其实际应用情况。

    The article describes the technical specification that is prepared through tests for the application of PDA-5500 ⅱ direct-reading spectrometer in the analysis of high-and medium-alloy steel and its use in practice .

  13. 用纯碳作标样,再以ZAF法修正计算,可用于高合金钢的碳化物相的碳量分析。

    E pure carbon as the standard sample and helped by the ZAF correction method , it is also applicable to the carbon content analysis of the carbide phases in high alloy steel .

  14. 介绍了应用DV-4光电光谱仪,仅用一种测定条件,测定高合金钢中碳、硫、磷、锰、硅、铬、镍、钼、钒、钨、钛、铌、铝元素的含量的方法。

    The method of measuring C , S , P , Mn , Si , Cr , Ni , Mo , V , W , Ti , Nb , Al element content by DV-4 photoelectric spectroscope on one condition is introduced .

  15. 采用改进的MLD-10型冲击腐蚀磨损试验机,模拟湿磨工况条件,对新型衬板材质低碳高合金钢和传统材质高锰钢的抗冲击腐蚀磨损特性进行了研究。

    Under wet ball mill conditions , corrosive impact abrasion behavior of a newly developed low carbon high alloy steel liner material were researched with a modified MLD - 10 wear tester , and comparison with the traditional high manganese steel was made .

  16. 高合金钢在渣浆泵过流件上的应用

    Application of High Alloy Steel on Wearing Parts of Slurry Pump

  17. 高合金钢棒材生产线设备及主要特点

    Equipment and Technology Characters of the High Alloy Bar Product Line

  18. 高合金钢多孔带肋薄板零件的铸造工艺

    Foundry Technique of High Alloy Sheet Metals with Rib and Holes

  19. 光电直读光谱法测定高合金钢中的常见元素

    Measurement of Element Content by Directly-Reading Photoelectric Spectroscope for High

  20. 高合金钢中超低碳分析

    Analysis of Super Low - carbon Content in High Alloy

  21. 高合金钢离心铸管缩孔研究

    A Study on Shrinkage Cavities in High Alloy Steel Centrifugally Cast Tube

  22. 高合金钢固体渗碳及渗层扩散的计算机模拟

    Computer Simulation of Solid Carburization and Diffusion Annealing of High Alloy Steels

  23. 高碳高合金钢中残余奥氏体亚结构的研究

    An Investigation of the Retained Austenite Substructure in High-Carbon and High-Alloy Steels

  24. 中大口径高合金钢无缝管材生产新工艺研究

    Research on New Manufacturing Process for Large-medium Sized Hi-alloy Steel Seamless Tubes

  25. 低碳高合金钢及其在湿磨衬板上的应用

    High Alloy Mild Steel and Its Application in Liner of Wet Grinding Mill

  26. 高合金钢碳氮共渗氢致开裂的研究

    Study on Hydrogen Induced Delayed Cracking of High Alloy Steel in Carbonitriding Process

  27. 高合金钢铸造用涂料的试制与开发

    Trial Production and Development of Coating Used in Casting of High Alloy Steel

  28. 高合金钢超饱和渗碳过程及其数学模型

    The Process and the Mathematics Model of Super Carburizing of High Alloy Steels

  29. 传质模型对高合金钢电渣重熔过程的应用

    Application of the Mass Transfer Model to ESR Process of High Alloy Steel

  30. 高合金钢中的多元素光电光谱测定

    Photoelectric spectroanalysis for multielement determination of high alloy steel