成分控制

  • 网络composition control
成分控制成分控制
  1. 激光表面Cr-Ni合金化层的成分控制与抗蚀性

    Composition control and corrosion resistance on laser Cr-Ni alloying coating

  2. 帘线钢CaO-SiO2-Al2O3-MnO系夹杂物的成分控制

    Composition control of a CaO-SiO_2-Al_2O_3-MnO system in tire cord steel

  3. 为合金Mo、Nb最佳成分控制提供了一个依据。

    A reference for controlling the amounts of Mo and Nb within a optimum composition range is provided .

  4. 因此,合金成分控制现已成为LF炉的主要研究对象之一。

    Now , the research on alloying component controlling has become one of the main subjects in ladle furnace research area .

  5. 硅的控制是CSP工艺生产SPHC钢成分控制的一大难点。

    The control of silicon is a big difficult point of composition control for SPHC steel in CSP process .

  6. 通过CAS-OB精炼处理,实现钢水窄成分控制,协调转炉&连铸生产,取得了良好的经济效益。

    With that narrow component control for molten steel is realized , production between converter and caster coordinated and good economic profit got .

  7. 对PA6/SEBs/SEBS一g一MAH共混体系的流变性能研究表明,PA6/SEBS共混体系表现出不相容体系的流变行为,体系粘度受高粘度成分控制;

    Rheological property analysis of PA6 / SEBS blends and PA6 / SEBS-g-MAH blends show that PA6 and SEBS are the inconsistent material , and the high viscosity material controls the viscosity , low concentration of SEBS can decrease the viscosity of blends .

  8. 本钢BGD钢的成分控制难点是钢中的碳含量、硫含量和[Al]S含量。

    The major issues for controlling the composition of BGD steel were C content , S content and [ Al ] S content .

  9. 通过成分控制和配合适当的控轧、控冷工艺可满足DP600和DP800热轧双相钢的性能要求。

    Performance requirements of steel DP 600 and DP 800 could be met through controlling their compositions with properly controlled rolling and cooling .

  10. 提出了HSLC钢的成分控制要点,开发了电炉终点碳控制和低氧控制技术,发现了低碳钢中存在纳米硫化物、氧化纳、氮化物和碳化物。

    The main points of chemical composition and cleanness control were listed and the terminal point control as well as low nitrogen control technology of EAF was developed . It was found that there existed nano-scale sulfides , oxides , nitrides and carbides in HSLC steel .

  11. Ti-15-3钛合金的成分控制及性能研究

    Chemical Composition Control and Properties Study of the Ti-15-3 Titanium Alloy

  12. 熔池炼铜炉渣成分控制的数学模拟

    Mathematical Model on Control of Slag Composition for Bath Smelting Copper

  13. 以碱度为中心的烧结矿化学成分控制专家系统

    An expert system for controlling sinter chemical composition centre on basicity

  14. 基于神经网络预报的烧结矿化学成分控制专家系统

    Expert system for controlling sinter chemistry based on neural network prediction

  15. 水泥生料磨机成分控制系统的参数估计方法

    A Parameter Estimation Method for Composition Control System of Cement Raw Mill

  16. 水泥生料磨机动态成分控制系统设计

    Design of dynamic composition control system at raw mill in cement industry

  17. 指出了熔炼工序某些环节对成分控制的影响。

    The effects of melting operating mode on composition control are introduced .

  18. 冲天炉铁液成分控制方法的改进

    Improvement of Controlling Method for Molten Iron Components of Cupola

  19. 帘线钢夹杂物成分控制的最小自由能变化模型

    Minimum free-energy change model for controlling inclusion components in tire cord steel

  20. 转炉炼钢脱氧和硅锰成分控制的研究

    Research on deoxidation and silicon and manganese control of converter steel making

  21. 铅基合金成分控制的理论模型

    A theoretical model for controlling the composition of lead-based alloy

  22. 冶金过程中帘线钢夹杂物成分控制

    Controlling Inclusion Composition in Steelmaking Process for Tire Cord Steel

  23. 钢的化学成分控制在狭窄的范围内,铸坯的偏析轻微。

    The composition of liquid steel is controlled in a narrow range .

  24. 成分控制对6063合金挤压性能的影响

    Effects of Composition Control on Extrusion Performance of 6063 Aluminum

  25. 铸铁化学成分控制的模糊评价

    Fuzzy Evaluation for Controlling Chemical Composition of Cast Iron

  26. 武钢第二炼钢厂近几年钢水成分控制的进展

    Progress of Composition Control on Liquid Steel in No.2 Steelmaking Plant of WISCO

  27. 这给合金熔炼过程中合金成分控制提供了理论指导。

    Our theory gives useful guidance to the practical process of process melting alloy .

  28. 激光表面合金的成分控制

    Composition Control of Surface Alloy Made by Laser

  29. 低碳低硅高铝冷镦钢钢水成分控制

    Control of Chemical Compositions of Low Carbon Low Silicon High Aluminium Cold Heading Steel

  30. SHS-离心法制备内衬不锈钢复合钢管的成分控制

    Composition control of stainless steel lined composite steel pipe produced by SHS CENTRIFUGAL PROCESS