spinodal

spinodal

1. Microstructure, structure and phase composition of spinodal Al-Zn alloy with symmetrical composition[J].The Chinese Journal of Nonferrous Metals, 2001, 11(S2): 95 - 98.

Al-Zn对称成分失稳分解合金的组织、结构与相成分,中国有色金属学报,2001,11(S2):95-98.

2. A STUDY ON SPINODAL DECOMPOSITION OF Cu-Ni-AI-Ti ALLOY AT THE EARLY STAGE OF AGING

Cu-Ni-Al-Ti合金时效早期的Spinodal分解

3. Keywords ZA27 alloy;spinodal decomposition;metastable phase;

ZA27合金;调幅分解;亚稳定相;

4. WEI Ying-hui, HU Lan-qing, HUANG Yuan, et al.Characteristics of spinodal decomposition in Cu-Ti Alloy[J].Transactions of Metal Heat Treatment, 1997, 18(2): 9-13.

[8]卫英慧, 胡兰青, 黄源, 等. 铜钛合金条幅分解之特征[J]. 金属热处理学报, 1997, 18(2): 9-13.

5. After the spinodal decomposition structure formed the wavelengths of spinodal decomposition gradually augmented from 3 nm to 30 nm from surface to inner of the coating.

从渗层内部到表面,调幅组织形貌从网格状向平行交叉条状直到平行直线状过渡,部分区域调幅分解条纹平行于晶界呈环状。

6. The whole reaction process could be divided into six steps: the induction, spinodal decomposition, coarsening, coalescence and growth gelation and microvoid formation.

低轮廓不饱和聚酯树脂在低温固化时的反应主要可以分为六大步：引发，旋节分离，(晶粒)粗化长大，连接和成长，凝胶和微孔形成。

7. It considers point, line and interfacial defects in the context of structural transformations including annealing, spinodal decomposition, nucleation, growth, and particle coarsening.

其中会讨论在退火、旋节点分解、成核、成长以及粒子粗粒化等结构转变之过程中，所涉及的点、线和面的缺陷。

8. The microstructures of Spinodal phases in Cu-15Ni-8Sn alloy were studied by TEM.

利用透射电镜研究了Cu-15Ni-8Sn合金调幅相的显微结构和相变动力学。

9. Duplex stainless steel;Embrittlement;Impact toughness;Hardness;Spinodal decomposition

双相不锈钢;脆性;冲击韧性;硬度;离相分解

10. Keywords Al Zn （Cu） alloy;spinodal decomposition;solution strengthening;precipitation strengthening;coherence distortion;

合金;失稳分解;固溶强化;析出强化;共格畸变;

11. colour produced in glaze by spinodal decom-position;

名称 釉的分相呈色;釉的“不稳定”分解呈色;

12. Periodic spinodal decomposition

周期性旋节线分解

13. Keywords Periodic spinodal decomposition;Simulations;Hierarchic structures;

周期性旋节线分解;模拟;层次结构;

14. In TEM results, we find that H2 process lead to stronger indium confinement in the well layers and can suppress the spinodal decomposition in the rim part of the wafer.

在高解析度穿透式电子显微术结果中，我们发现经由氢气的处理，铟原子主要局限于井层，同时也减轻晶圆的边缘处的铟密集的效应。

15. Keywords spinodal decomposition two phase nanocrystalline microstructure;

失稳分解;双相;纳米组织;

16. Keywords spinodal decomposition;plastic deformation;discontinuous coarsening;

失稳分解;塑性变形;不连续粗化;

17. Keywords spinodal decomposition;plastic deformation;morphology;discontinuous coarsening.;

失稳分解;塑性变形;组织形态;不连续粗化;

18. Keywords austenite stainless steel;pack cementation siliconizing;Fe-Cr-Si inter-metallic;diffusion;spinodal decomposition;

奥氏体不锈钢;粉末渗硅;铁铬硅化合物;扩散;调幅分解;

19. spinodal phenomenon

旋节现象

20. spinodal curve

旋节线

21. spinodal decomposition

旋节线分离 旋节线分解

22. spinodal alloy

旋节线合金

23. The Statistical Thermodynamics Theory of the Phase Equilibrium, Spinodal Decomposition Kinetics and Interfaces in Star- like Polymeric Binary Mixtures

星型高分子共混体系的相平衡、相分离和相界面的统计力学理论

24. Keywords static lattice waves static concentration waves static lattice displacement waves diffuse scattering ordering and spinodal decomposition;

点阵驻波;点阵浓度驻波;点阵位移驻波;漫散射;有序化与调幅分解;

25. Keywords phase separation;spinodal decomposition;laser scattering;PVC.;

相分离;旋节分离;激光散射;聚氯乙烯;

26. Keywords spinodal like decomposition;Bainitic transformation;incubation;

类调幅分解;贝氏体转变;孕育期;

27. Results show the small disturbance of the film will develop linearly due to the spinodal instability, whereas the interactions between solid and liquid have less influences on the initial growth.

结果表明薄膜中小扰动将失稳，并在初始阶段线性增长。但固体和液体的相互作用对扰动的初期增长影响较小。

28. The formation of the skin layer agrees with the spinodal decomposition (SD) mechanism, and the thermodynamic factor plays the leading role in this process.

膜的皮层按旋节线分相机理形成，主要由热力学因素决定。

29. Spinodal structure

调幅分解

30. Keywords spinodal decomposition;ordering;thermodynamics;phase transformation;

调幅分解;有序化;热力学;相变;

31. Keywords spinodal decomposition;cermets;toughness;

调幅分解;金属陶瓷;韧性;

32. Keywords ultrahigh strength steel;spinodal decomposition;reverted austenite;

超高强度钢;调幅分解;逆转变奥氏体;

33. It is also found that the spinodal structure appears in the local zones of retained t-phaso(FCT) in ZrO_2(Y_2O_3) solid solution.

还发现在未转变的面心四方(FCT)相 ZrO_2(Y_2O_3)固溶体中,局部区域出现调幅结构。

34. Keywords continuous thermodynamics;stability theory;critical point;spinodal;equation of state;

连续热力学;稳定性理论;临界点;旋节面;状态方程;

35. Fundamentals of annealing, spinodal decomposition, nucleation, growth, and particle coarsening.

退火、旋节分解、成核、成长和颗粒粗化的基本原理。

36. Analyzing of Spinodal Decomposition and Its Microstructure in Hot-dipped Aluminum Steel

钢表面热浸渗铝层组织中的调幅分解及其分析

37. The spinodal decomposition in hot-dipped aluminum steel and the wavelengths of spinodal decomposition at initial stages

钢表面热浸渗铝层组织中的调幅分解及初期波长

38. Keywords iron-based bulk amorphous alloy;iron-based bulk nanocrystalline alloy;water-cooled copper mold method;reduced glass transition temperature;eutectic alloy;spinodal decomposition;

铁基块体非晶合金;铁基块体纳米晶合金;铜模吸铸法;约化玻璃转变温度;共晶合金;调幅分解;

39. Keywords copper alloy;aging;kinetics;resistivity;spinodal decomposition;

铜合金;时效;动力学;电阻率;调幅分解;

40. Keywords lanthanum chromite;electrothermic element;spinodal decomposition;thermal shock resistance;

铬酸镧;电热元件;调幅分解;抗热震性;

41. Keywords Zinc-cotaining alloys;Eutetic composite materials;Kinetic analysis/Amorphous phase;Spinodal decomposition;

锌基合金;共晶;复合材料;动力学分析/非晶相;拐点分解;

42. Keywords ZnAl alloy;aging;discontinuous precipitation;spinodal decomposition;

锌铝合金;时效;连续沉淀;不连续沉淀;调幅分解;

43. Keywords zinc-based alloy;spinodal decomposition;ageing;

锌铝合金;调幅分解;时效;

44. Keywords Fe-C martensite;aging;spinodal decomposition;diffuse scattering;

马氏体;时效;调幅分解;漫散射;调幅结构;

45. Keywords Polymer alloy;Spinodal Decomposition. Light scattering;Optothermal properties;

高分子合金;旋节线相分离;光散射;温度敏感光学性能;

46. Keywords polymer solution;Liquid-liquid cquilibria;cloud point curve;spinodal;polystyrene;cyclohexane;methylcyclohexane;

高分子溶液;液液平衡;雾点线;旋节线;聚苯乙烯;环己烷;甲基环己烷;