model alloy

英 [ˈmɒdl ˈælɔɪ] 美 [ˈmɑːdl ˈælɔɪ]

网络  模型合金

医学



双语例句

  1. The RH process control model includes static decarburization model, dynamic decarburization model, temperature model, alloy minimum cost model, and composition prediction model.
    RH成套过程控制模型主要包括:静态脱碳模型、动态脱碳模型、温度模型、合金最小成本模型、成分预报模型。
  2. The latest model features alloy wheels and an electronic alarm.
    最新款式的特色是合金车轮和电子报警器。
  3. Effect of slip and twinning systems on the polycrystal plastic model for magnesium alloy
    基于滑移/孪生耦合模型的镁合金多晶体塑性成形分析
  4. A Transmission Model about Peritectic Alloy in the Directional Solidification
    电磁场作用下包晶合金定向凝固过程传输模型的建立
  5. The unidirectional solidification process of a binary eutectic model alloy at low Peclet number was simulated by multi-phase field method together with moving box algorithm.
    借助于多相场模型,利用移动盒算法模拟了小Peclet数下二元共晶模型合金的定向凝固过程。
  6. Mathematical model of alloy solidification processes
    合金凝固过程的数学模型
  7. Building of Fuzzy Model between Alloy Adding Amount and Material Characteristics
    合金加入量与材料性能间模糊模型的建立
  8. A three layer cylinder model containing alloy, steel lining and housing was established. With the help of finite element method ( FEM) software package ANSYS, and considering the stress change along alloy thickness, the bearing stress especially in alloy layer was calculated.
    建立了合金层、钢背和轴承座的三层圆筒模型,利用ANSYS软件对轴瓦应力,尤其是合金层应力进行了计算,计算过程中考虑应力沿合金层厚度方向的变化。
  9. The performance index of model 40 aluminum alloy cylinder after micro-arc oxidation was tested. The wear-resistant properties of micro-arc oxidation ( MAO) coating on aluminum alloy were studied and compared with Cr-plating and wear-resisting P-V-Cu cast iron.
    对经微弧氧化处理后的40型铝合金缸体的性能指标的测试,研究分析了微弧氧化处理后镀层的耐磨性,并与磷钒铜铸铁、镀硬铬层的耐磨性能进行了对比。
  10. In-situ observation of crystal growth of the transparent model alloy is an effective method to study solidification of crystal. It is great significance to control crystal organizational structure and recognize crystallization mechanism.
    对透明模型合金的晶体生长过程进行实时观测,是研究晶体凝固过程的有效手段,对认识晶体组成结构形成机理及控制金属组织结构具有重要的意义。
  11. New Model Cu Ni Alloy PTA Surfacing Material and Its Corrosion Resistance
    新型Cu-Ni合金PTA堆焊材料及其耐蚀性
  12. The Microsegregation Mathematical Model for Binary Alloy Based on Coarsening and Back-diffusion
    基于枝晶粗化和反向扩散的二元合金微观偏析数学模型
  13. In line with the requirements for the process control in the RH refining a RH temperature model and an alloy minimum cost model have been developed.
    根据RH精炼处理对过程控制的要求,建立了RH温度与合金最小成本模型。
  14. An integrated RH process control model based on basic theory of metallurgy and RH refining treatment was developed. It consists of static decarburization model, dynamic decarburization model, temperature model, alloy minimum cost model and composition prediction model.
    根据冶金学的基本原理与RH精炼处理的内在原理,建立了RH静态脱碳模型、动态脱碳模型、温度模型、合金最小成本模型、成分预报模型等过程控制模型。
  15. In this paper the non-linear rheological model of Al-Cu alloy in the solid-liquid coexistence zone has been established.
    本文建立了Al&Cu合金固液共存区的非线性流变模型。
  16. A mathematical model of alloy commixed time in molten-steel has been established based on turbulence flow model.
    在湍流流动模型基础上,建立了底吹Ar搅拌下LF钢包精炼过程钢液混匀时间计算机模型。
  17. Taking a binary cubic model alloy with 14% ( solute atom percent) as a example, the coarsening behavior of coherent precipitants was simulated.
    对溶质浓度为14at%的二元立方点阵模型合金的共格沉淀粗化行为进行模拟。
  18. The reaction model of ternary alloy solid-liquid reaction technique was developed on the basis of the collision-peeling model.
    在固液反应球磨的整体模型,即打击一剥落反应模型的基础上,提出了三元合金固液反应球磨的模型。
  19. The mechanism of alloy cessation flow has been analysed using rheology and metal solidification theory, the general model of alloy cessation flow was established and the factors influencing filling ability was also discussed theoretically.
    本文用流变学和金属凝固理论,分析了合金停止流动的机理,提出了合金停止流动的通用模型,并对各影响充型能力的因素进行了理论分析。
  20. The Study on Synthesized Latent Treatment Model of Casting Alloy Solidification Simulation
    铸造合金凝固模拟潜热处理综合模型研究
  21. Research on the Topography Model of Aluminum Alloy Sheet Surface
    铝合金板表面形貌模型的研究
  22. Study of rheological model and stress-strain mathematical model of Al-Si alloy
    铝硅合金流变模型及应力-应变本构关系的研究
  23. Then a mathematical model of the alloy solidification is set up.
    建立了合金凝固传热的数学模型。
  24. The tensile strength, elongation, toughness, fatigue and creep properties of iron and steel materials can be predicted using artificial neural networks model by input alloy elements, structure, and production parameters.
    使用人工神经网络模型,通过输入合金元素、组织、生产工艺参数可预测钢铁材料的抗拉强度、延伸率、韧性、疲劳和蠕变性能。
  25. The mechanical service model of Mg alloy framework was established on three service conditions, and the strength and stiffness of the Mg alloy framework were analyzed based on safety requirements.
    建立了镁合金车架的服役力学模型,根据摩托车三个极限服役工况和车架服役的强度和刚度要求,对强度和刚度进行了有限元分析和性能校核。
  26. With the characteristics that the rheological model of semi-solid alloy can better represent and follow the tracks of variable viscosity in the process of alloy liquid, it has been applied by extensive and thorough ground in research.
    半固态合金的流变学模型以其能够较好地表征和跟踪合金液加工过程的黏度变化而被深入而广泛的研究。
  27. In this paper, the heat, electricity, force, metallurgical coupled model of SPW and the phase-change model of aluminum alloy are used on the numerical simulation on the microstructure of the nugget.
    为此,本文首次采用了热、电、力、冶金耦合的电阻点焊过程模型及铝合金的相变模型对铝合金点焊焊点组织进行了数值模拟研究。
  28. By the comparison calculation of the interaction between slab model with different alloy ratio and small molecule in ethene hydrogenation reaction, it is found that the alloys model with a proportion of 1:1 has a stronger interaction than that of pure Pt slab model. 3.
    比较研究了不同表面合金比的平板模型与乙烯加氢反应中小分子的作用,结果表明合金比为1:1的平板模型与小分子的作用最强,并且比纯Pt平板模型与小分子的作用更强。