peritectic
英
美
网络 包晶; 包晶反应; 转熔的; 包晶体; 包晶型
双语例句
- Recently, many aspects of peritectic solidification have been investigated including nucleation and growth, banded structure, coupled growth and phase selection.
包晶凝固是十分重要的相变过程，许多结构和功能材料的制备都涉及到包晶反应。 - Mechanism of Crack Formation During Continuous Casting of Peritectic Steel Slabs
包晶钢铸坯裂纹形成机理的实验研究 - In this paper, the internal transverse cracks of continuous casting slabs of a niobium bearing peritectic grade of steel are investigated using electron probe microanalyser and optical microscope.
连铸坯厚度中心存在的内裂纹在后续的轧制过程中轧不合而对产品的质量带来重大的影响。 - Rapid solidification and phase separation of micro spot weld joint of rapidly solidified Fe-Cu peritectic alloy foils
Fe-Cu包晶合金急冷箔点焊接头的快速凝固与相分离 - The possibility of transverse corner cracking in slab of peritectic carbon steel is greater than that of other carbon steels.
介绍了影响包晶碳钢角横裂的连铸工艺操作和设备。 - Minimum Mould Exit Shell Thickness of Round Blooms for Peritectic Steel Casting
包晶钢圆坯结晶器出口安全坯壳厚度的研究 - Microstructural characteristic of rapid solidification welding joint of melt-spun Cu-Sn peritectic alloy foils
急冷Cu-Sn合金的快速凝固焊接接头组织特征 - 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 - Delayed Phenomenon of Peritectic Reaction Under Non-equilibrium Cooling
非平衡凝固时包晶反应滞后现象的研究 - The Al-based amorphous alloy forms in the peritectic reaction and peritectoid reaction, and its growth velocity is slow.
分析了铝基准晶合金的组织与相变特征，铝基准晶的生成通常为包晶、包析反应，其长大速度较慢。 - The results have been shown that, the main reason for influence of alloying and inoculation on the strengthening and toughening of cast iron is the factors that have beneficial effect on peritectic point of alloys.
通过对试验结果的分析认为，合金化和变质处理对中铬铸铁强韧化的关键在于这些因素对合金包晶点的有益影响。 - Directional Solidification and Growth of Peritectic Alloys
包晶合金的定向凝固与生长 - The effects of melt temperature on solidified structure of Sn-Sb peritectic alloy in ultrasonic field and the mechanism were investigated and analyzed.
研究了超声场下熔体温度对SnSb包晶合金凝固组织的影响，分析了其影响机制。 - Effects of Cooling Ways on Microstructure of Zn-Cu Peritectic Alloy
冷却方式对Zn-Cu包晶合金微观组织的影响 - The peritectic reaction has an important influence on the phase growth and orientation of the solidifying materials.
凝固过程中的包晶相变对组成相的生长与取向有不同的影响。 - The interface temperatures of primary phase β and peritectic phase a were calculated for different growth conditions.
利用这些参数及单相合金凝固界面响应函数模型，计算了初生相β和包晶相α的界面温度与生长条件变化的关系； - The liquid structures and properties of binary peritectic alloys should be investigated in order to find the relationship between the liquid and the solid states, which is a good project.
因而从液态二元包晶合金的结构和性质入手，寻求液态和固态之间的相互关系，是一个值得研究的新课题。 - The constitutional supercooling criterion of alloys with peritectic reaction in the directional solidification was proposed.
给出了具有包晶反应的合金在定向凝固条件下的成分过冷判据式。 - It is suitable for the casting of peritectic steel grades as well as austenitic stainless steel grade.
它还适合于浇铸凝固过程中收缩过渡的包晶型钢和奥氏体不锈钢。 - Research Developments of Peritectic Solidification
包晶凝固研究进展 - Three kinds of normal solidification Ni-Al series binary peritectic alloys were prepared by electric arc smelting with Ar protection.
选取了NiAl系3种成分的包晶合金，采用氩气保护电弧熔炼的方法得到试样。 - The microstructure formation and phase selection characteristics of Co Cu peritectic alloys during rapid solidification are investigated experimentally. The relationships between such physical factors as cooling rate, microstructure morphology, crystal orientation, and alloy resistivity are further analyzed.
研究了CoCu包晶合金快速凝固过程中的相选择和组织形成特征，探索了冷却速率、组织结构和晶体位向与合金电阻率之间的相关规律。 - Rapid solidification of undercooled peritectic alloys
包晶合金的深过冷与快速凝固研究 - It is researched the influence of cooling rate and the content of silicon and manganese alloy on peritectic reaction and position of peritectic point in Fe-C alloy.
研究了冷却速率和硅、锰合金元素含量对Fe-C合金的包晶反应和包晶点位置的影响； - Rapid solidification of undercooled Pb-Bi hypoeutectic and peritectic alloys
Pb&Bi亚共晶和包晶合金的快速凝固 - For Fe-Sn monotectic alloys, larger cooling rate makes the peritectic transformation generally taking place at elevated temperatures suppressed.
在Fe-Sn偏晶系合金中，大的冷却速率使较高温度下惯常发生的包晶转变被抑制。 - This model is very useful for producing well aligned in situ peritectic composites by directional solidification in peritectic system.
该模型为利用定向凝固制备包晶系规则排列原位自生复合材料提供了理论和工艺基础。 - The regularity of microstructure evolution and the microstructure selection of TiAl peritectic alloy during directional solidification were systemically studied.
本文系统地研究了TiAl包晶合金定向凝固过程中相和组织的选择规律。