稀土相,Rare Earth Phase
1)Rare Earth Phase稀土相
1.The experimental results show that the fatigue crack source is located either in rare earth phase at surface for unpeened specimens or in rare earth phase and slip zone beneath surface for shot-peened specimens.结果表明,疲劳裂纹源在表面未强化试样表面稀土相处萌生,而对表面强化试样而言,疲劳裂纹源在表面强化层下稀土相处或滑放区萌生。
2.The microstructure of EBW joints (Electron Beam Welding) of Ti-60 alloy and its rare earth phase distribution were investigated.研究了Ti-60合金电子束焊接接头的显微组织及稀土相的分布特征;对焊接接头高温旋转弯曲疲劳性能进行了试验研究,讨论了影响接头疲劳性能的主要因素。
英文短句/例句
1.Fatigue Fracture Property of Welding Joints of High Temperature Titanium Alloy with Rare Earth Phase含稀土相高温钛合金焊接接头的疲劳断裂特性
2.Thermodynamic Optimization and Calculation of Phase Diagrams Related to the Rare Earth Halide;稀土卤化物相图的热力学优化与计算
3.Adsorption of the Rare Earth Ions by Microorganism and Their Interactions;稀土离子的微生物吸附及其相互作用
4.Thermodynamic Assessments of Some RE-X Binary Systems部分稀土二元合金相图的热力学计算
5.Numerical Simulation of Multiphase Flow in Rare Earth Electrolytic Cell稀土熔盐电解槽内多相流动数值模拟
6.Interactions of Rare Earth-Amino Acid Complexes with Nucleic Acids稀土氨基酸配合物与核酸的相互作用
7.Synthesis, Characterization and Study on Biological Properties of RE, RE-Cu Metal Complexes;稀土、（稀土—铜）类金属配合物的合成、表征及其相关生物活性研究
8.Effects of Rare Earth on Seeds and Seedlings of Acacia mangium and A. auriculiformis稀土对马占相思和大叶相思种苗的影响
9.Study on Synthesis of RE-IV-VI Diluted Magnetic Semiconductors and on the Phase Diagrams of La-Cu-Sn System;稀土-IV-VI族稀磁半导体材料的合成与La-Cu-Sn合金相图研究
10.The REE distribution pattern of the Xihu lake is similar to that of andesite.西湖沉积物稀土分布模式与安山岩相似。
11.The Study of Salt Bath Rare Earth (RE )--Boriding of 45 Steel at Low Temperature45钢(α+γ)双相区温度盐浴稀土硼共渗的研究
12.Phase Diagrams and Electrochemistry of Rare Earth-Nonferrous Metals;稀土有色金属合金相图及电化学性能研究
13.Research on the Polymer Microgel Interaction with Rare Earth Ions;聚合物微凝胶与稀土离子相互作用的研究
14.Studies on Structure and Magnetostriction of Light Rare Earth Compounds with Laves Phase;含轻稀土的Laves相化合物的结构和磁致伸缩研究
15.Phase Structure and Electrochemical Properties of Re-Mg Based Composite Hydrogen Storage Alloys;稀土—镁基复合贮氢合金的相结构和电化学性能
16.The Influence of Rare Earth Element Lanthanum and Cerium on the Matensite Trnsformation of Titanium-Nickel Alloy;稀土元素镧、铈对Ti-Ni合金马氏体相变的影响
17.Investigation of the Interaction Rutin and Eu～(3+)-rutin Complex with DNA;芦丁及芦丁稀土配合物与DNA相互作用的研究
18.Quantitative Metallography Analysis of Cu-Cr-RE Leadframe Material;铜铬稀土引线框架材料的定量金相分析
相关短句/例句
rare earth rich phase稀土相
1.Based on the binary alloy phase diagram analysis, Miedema theory(formation heat theory) is employed to explain the formation ofrare earth rich phase.本文基于对二元合金平衡相图的分析以及应用Miedema生成热模型对稀土相AlCe(AlLa)的形成进行了分析。
2.Microstructure ofrare earth rich phase of rapidly solidified (RS) TiAl based alloys was investigated.利用两种不同的快速凝固方法对TiAl RE合金中稀土相的显微组织进行了研究并与铸态组织进行对比。
3.The solidifies characterization ofrare earth rich phase in slowly and rapidly cooled Ti 55 alloy was observed and analyzed.Ｔｉ５５ 高温钛合金在缓冷（１０００ ｋｇ 铸锭冒口） 条件下， 正常凝固区中稀土相呈弥散分布状态，初始补缩区中稀土相聚集成团， 正常补缩区中稀土相颗粒沿平行于凝固界面方向规则排列； 在快冷（ 锤砧薄片） 条件下，稀土相除弥散分布在合金中外， 出现稀土相颗粒排列成行的现象。
3)RE-rich phase富稀土相
1.7 alloy,but linearRE-rich phase appeared in.文章阐述了稀土元素对该类高强度耐磨黄铜的组织和性能的影响,试验表明适量加入稀土会显著细化晶粒,过量的稀土会导致在合金显微组织中形成线形富稀土相。
4)Mg-RE phase镁-稀土相
5)gaseous-permeation稀土气相渗
6)RE-rich second phase稀土第二相
1.The results show that the distribution of theRE-rich second phase particles is bimodel, the amount of the smaller particles (20─80 nm in diameter) is considerably larger than that of the large particles (200─300nm in diameter).２５Ｓｉ－１Ｎｄ（Ｔｉ－５５）高温钛合金９８０℃，５ｈ处理样品的透射电镜分析表明，稀土第二相在合金中以双模型分布，较小颗粒尺寸为２０－８０ｎｍ，较大颗粒尺寸为２００－３００ｎｍ。
延伸阅读
包头稀土一厂稀土合金车间包头稀土一厂稀土合金车间包头稀土一厂稀土合金车问
