monotectic
英
美
n. 偏晶体
adj. 偏共晶的
双语例句
- Structural Evolution and Solidification Behavior of Highly Undercooled Copper-Lead Monotectic Alloy Melts; Characterization of rapidly solidified Cu-Pb hypermonotectic alloys
快速凝固Cu-Pb过偏晶合金的性能表征 - Effect of high static magnetic field and AC current on solidification of Zn-30wt% Bi monotectic alloy
强磁场复合交变电流作用下Zn-30wt%Bi偏晶合金的凝固 - The monotectic alloy systems are very useful alloys for potential industry use because they have special physical and mechanical properties, and have been investigated by many researchers.
偏晶系合金具有独特的物理和力学性能，是一类具有重要工业应用前景的合金，长期以来受到了广泛关注。 - Effect of Composition on the Microstructure of Directionally Solidified Al-In Monotectic Alloy with High Temperature Gradient
化学成分对定向凝固Al-In偏晶合金显微组织的影响 - Several preparation techniques of monotectic alloys have been reviewed in detail, and also the direction for further research has been pointed out.
根据国内外有关文献提供的研究结果，总结了均质偏晶合金的制备技术的研究现状和成果，并提出了进一步研究的方向。 - Rapid solidification of ternary Ni-Pb-Cu monotectic alloy under free fall conditions
自由落体条件下三元Ni-Pb-Cu偏晶合金的快速凝固 - Structural Evolution and Solidification Behavior of Highly Undercooled Copper-Lead Monotectic Alloy Melts; Study on Friction and Wear Performance of Directionally Solidified Cu-Pb Monotectic Alloy
定向凝固Cu-Pb偏晶合金摩擦磨损性能的研究 - Micro structure of Rapidly Solidified Monotectic Alloys
快速凝固偏晶合金的显微结构 - Research on Monotectic Alloys in microgravity conditions in space
空间微重力条件下偏晶合金的研究 - Collision coarsening of second phase droplets during liquid-liquid phase transfomation of monotectic alloy
偏晶合金液&液相变过程中第二相液滴的碰撞粗化 - Transverse static homogeneous magnetic field can effectively reduced or eliminate gravity driven and thermal convection during directional solidification of Al Bi monotectic alloy.
横向均匀静态磁场可以有效地抑制定向凝固过程中熔体中的对流； - Solidification Structure of Cu-Pb Monotectic Alloys in Homogeneous High Magnetic Field
均恒强磁场对Cu-Pb偏晶合金凝固组织的影响 - Microstructure analysis results showed that, in the condition of rapid solidification, the second phase morphology of monotectic alloys transited from rods into particles.
对合金的显微结构分析结果表明，在快速凝固条件下，偏晶合金中的第二相形态从带条状转变为颗粒状。 - Microstructure of Particle of Al-Pb Monotectic Alloy
Al-Pb偏晶合金颗粒的微观结构 - The Developments of Homogeneous Monotectic Alloys
均质偏晶合金的研究进展 - The rapid solidification of eutectic and monotectic alloys in Co-Ge, Al-Ge, Fe-Sn and Cu-Pb systems has been investigated under space simulation condition in drop tube.
本文采用落管无容器处理实验方法模拟空间环境，对Co-Ge和Al-Ge共晶合金系以及Fe-Sn和Cu-Pb偏晶合金系进行了快速凝固研究。 - Monotectic Al Bi alloys were solidified unidirectionally at various growth rates and temperature gradients.
在定向凝固条件下，研究了偏晶系AlBi合金的自生复合行为，考察了凝固速度和温度梯度对其自生复合行为的影响。 - Effect of Solidification Microstructure of Undercooled Cu-37.4% Pb Monotectic Alloy on Wearing Behavior
过冷Cu-37.4%Pb偏晶合金凝固组织对磨损行为的影响 - It is shown that the emphasis of future research in this field is placed upon the fabrication and application of homogeneous monotectic alloys and the factors influencing liquid liquid phase segregation.
指出：影响偏晶合金液液相分离的诸因素的作用过程及均质偏晶合金的制备和应用，将是该领域今后研究的重点。 - The Mechanism of the Liquid Liquid Phase Segregation for Monotectic Alloys and the Preparation Methods of Homogeneous Monotectic Alloys
偏晶合金液液相分离机制和均质偏晶合金的制备方法 - Effect of high static magnetic field on solidification structure of Cu-Pb Monotectic Alloys
强磁场对Cu-90%Pb合金凝固中比重偏析的影响 - Cores in TiC particles were result from monotectic reaction.
偏晶反应是内生TiC颗粒出现核心的原因。 - The evolution of unidirectional solidification microstructure of the Al-In Monotectic Alloys in high temperature gradient
高温度梯度下Al-In偏晶合金定向凝固组织的演化规律 - The evolution of solidification structures in undercooled Ni 31.44% Pb monotectic alloys was systematically investigated by using glass fluxing technique combined with cycle superheating.
利用熔融玻璃净化、循环过热相结合的方法对Ni-31.44%Pb（质量分数）偏晶合金宽过冷区间组织演化规律进行研究。 - 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。 - Monotectic alloys have attracted attentions for their unique potential applications because of their excellent physical and chemical characters.
偏晶合金具有许多优异的物理、化学特性，具有广泛的应用前景，而引起广大研究者的关注。