peritectic

peritectic

1. Keywords （TbDy）Fe2 alloys;coupled growth;peritectic;electromagnetic levitation melting;magnetostriction;

2合金;生长包晶;悬浮熔炼;磁致伸缩;

2. Medium Slab Casting of Peritectic Steels at Nova. Hut a. S. At High Casting Speeds

Hut厂高拉速生产中等厚度包晶钢板坯的实践

3. Ti-45%Al peritectic alloy

Ti-45%Al包晶合金

4. peritectic process

[化] 转熔过程

5. peritectic reacton

[机] 包晶反应

6. ternary peritectic structure

三元包晶组织

7. binary peritectic alloys

二元包晶合金

8. Research Developments of Binary Peritectic Alloys

二元包晶合金研究进展

9. 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。

10. It was shown by the measured activities and calculating models that there isn t any effect of common ions in molten salts involving solid solution,compound as well as peritectic.

从实测活度和计算模型证明含固熔体、含化合物和含包晶体的熔盐中没有共同离子的任何作用。

11. By the new method, the formation of peritectic phases can be shown graphically throughout solidification.

借助于这种方法，在最终的模拟结果中可以显示包晶相的随机分布。

12. Keywords eutectic alloy;peritectic alloy;coupled growth;morphological stability;

共晶合金;包晶合金;共生生长;形态稳定性;

13. Key words: peritectic alloys;

关键字： 包晶合金；

14. Cold heading steel SWRCH15A is a peritectic steel developed by WISCO in recent years.

冷镦钢SWRCH15A是近年武钢开发的包晶系列钢新钢种。

15. The present paper analyzed the cause to the mould level fluctuation of vertical-bending type caster in casting the peritectic steel,and introduced the solution to the problem at No.

分析了直弧形铸机生产包晶钢时结晶器液面波动产生的原因并介绍了武钢第二炼钢厂采取的控制措施,包括调整一、二冷制度,采用专用保护渣,提高铸机拉坯力等。

16. 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。

17. Keywords peritectic short range order mass action concentration;

包晶体;短程有序;作用浓度;

18. Research Developments of Peritectic Solidification

包晶凝固研究进展

19. Keywords peritectic reaction;solidification;nucleation;growth;microstructure;

包晶反应;凝固;形核;生长;微观组织;

20. peritectic point

包晶反应点 包晶点 转熔点

21. peritectic alloy

包晶合金

22. Keywords peritectic alloy;coupled growth;banded structure;directional solidification;

包晶合金;共生生长;带状组织;定向凝固;

23. Keywords peritectic alloy;directional solidification;band structure;

包晶合金;定向凝固;带状组织;

24. Keywords peritectic alloy;directional solidification;phase-field model;simulation;

包晶合金;定向凝固;相场模型;模拟;

25. Keywords peritectic alloy;directional solidification;phase selection;

包晶合金;定向凝固;相选择;

26. Keywords peritectic alloy;liquid metal;undercooling;rapid solidification;

包晶合金;液态金属;深过冷;快速凝固;

27. Coupled growth in directional solidification of peritectic alloys

包晶合金定向凝固中的共生生长

28. Phase and structure selection of peritectic alloys under directional soildification is a complex problem.

包晶合金定向凝固过程中的相和组织选择是一个复杂的过程。

29. Directional Solidification and Growth of Peritectic Alloys

包晶合金的定向凝固与生长

30. peritectic granulation

包晶微细化

31. peritectic temperature

包晶温度

32. peritectic melting

包晶熔化

33. peritectic spheroidizing

包晶球化

34. peritectic phase solidification

包晶相凝固

35. peritectic system

包晶系

36. peritectic horizontal

包晶线

37. peritectic structure

包晶组织 包晶结构

38. peritectic crystallization

包晶结晶

39. peritectic transformation

包晶转变

40. peritectic steel

包晶钢

41. Keywords peritectic steel;medium thick slab;manganese and silicon ratio;mould level fluctuation;

包晶钢;中薄板坯;锰硅比;结晶器液面波动;

42. Keywords peritectic steel;slab casting;mold flux;transverse corner crack;longitudinal crack;

包晶钢;板坯连铸;结晶器保护渣;角横裂;纵裂;

43. Keywords peritectic steel brittleness at high temperature shrinkage on cross section;

包晶钢;高温脆性;断面收缩率;

44. CONTROL ON CONTINUOUS CASTING THIN SLAB SURFACE QUALITY OF PERITECTIC STEEL

包晶钢连铸板坯表面质量的控制

45. Keywords unidirectional solidification;peritectic reaction;YBCO;microstructure analysis;

定向凝固;包晶反应;YBCO;组织分析;

46. Low Velocity Coupled Growth and Banded Structure of Peritectic Alloys under Directional Solidification

定向凝固包晶合金低速共生生长与带状组织

47. Keywords incongruent compound;peritectic temperature;phase transition;microstructure;

异成分熔融化合物;转熔温度;相转变;显微结构;

48. When several compounds are formed, there is the possibility of more than one peritectic point.

当生成数种化合物时,就可能有一个以上的转熔点。

49. Keywords Diffusion couples;Penetration coefficient;Intermetallic compound;Peritectic transformation;

扩散偶;渗透系数;金属间化合物;包晶转变;

50. Future research directions and potential applications of undercooled peritectic alloys' solidification are also explored.

探讨了过冷包晶合金凝固今后的研究方向和应用前景。

51. Abstract： The possibility of transverse corner cracking in slab of peritectic carbon steel is greater than that of other carbon steels.

摘 要： 介绍了影响包晶碳钢角横裂的连铸工艺操作和设备。

52. 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.

摘要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。

53. The new caster can produce ultra-low carbon steel,low,medium and high carbon steels,peritectic steel and microalloyed steel with the best results in product quality and productivity.

新建铸机将能够浇铸包括超低碳钢,低、中、高碳钢,包晶钢和微合金钢在内的各种钢种,不论在产品质量,还是在生产能力方面,都将达到最好的水平。

54. Aiming at large mold level fluctuation and high defective index when producing peritectic steel in the medium-thin slab caster,the infection factors is analyzed.

根据中厚板卷厂连铸宽板坯投产以来的生产实践,包晶钢的纵裂纹发生率远高于其它钢种。

55. Study on the Secondary cooling test of peritectic - steel of big section

浇铸大断面包晶钢时二冷优化试验研究

56. liquid metals, high undercooling, containerless processing, rapid solidification, peritectic transformation.

液态金属,深过冷,无容器处理,快速凝固,枝晶生长,包晶转变

57. Keywords liquid metals, high undercooling, containerless processing, rapid,,,, solidification, peritectic transformation.;

液态金属;深过冷;无容器处理;快速凝固;枝晶生长;包晶转变;

58. Keywords laser cladding;Fe-based alloy;crack;high har dness;peritectic;

激光熔覆;铁基合金;裂纹;高硬度;包晶;

59. Practice on mould level fluctuation control of vertical-bending type caster in refining peritectic steel

直弧形铸机生产包晶钢结晶器液面波动的控制

60. The results show that the strict coupled growth between primary and peritectic phases only takes place at the temperature higher than peritectic phase transformation temperature in steady state.

研究结果表明：在定向凝固条件下，包晶系两相严格的共生生长只有在进入稳态且温度高于包晶相变温度时才可能进行；

61. Keywords Silver;Rare earths;Alloying;Solid solubility;Intermediate compounds;Eutectic reaction;Peritectic reaction;

稀土金属;合金化;固溶度;金属间化合物;共晶反应;包晶反应;

62. Keywords stable quasicrystal;free growth;peritectic reaction;hexapetalous flowers;

稳定准晶;自由生长;包晶反应;六瓣状花瓣;

63. Developments of both theoretical and experimental results of low velocity coupled growth and banded structure of peritectic alloy are reviewed.

综述了包晶合金定向凝固中的低速带状与共生生长组织的实验和理论研究情况及其进展。

64. EDX analysis shows that the approximation composition of the primary phase precipitated before peritectic reaction and icosahedral quasicrystal phase are Mg16.32Zn70.60Y13.08 and Mg36.94Zn56.21Y6.63 respectively.

能谱分析结果表明包晶反应中初生相的成分近似为Mg16.32Zn70.60Y13.08,准晶相成分为Mg36.94Zn56.21Y6.63。

65. it is noted on the basis of crystal morphology that a mullite peritectic reaction probably exists in the crystallizing process of fused AZS products.

讨论了试样析晶和偏析过程的特点,从结晶形貌观察似乎存在莫来石转熔反应。

66. peritectic reaction

转熔作用 转熔反应

67. CC ROUND THERMAL CRACKING VS PERITECTIC POINTS

连铸圆管坯热裂纹与包晶点的关系

68. Keywords continuous cast slab longitudinal crack peritectic steel mould slag secondary cooling;

连铸板坯;纵裂纹;包晶钢;结晶器;保护渣;二次冷却;

69. Some measures have been taken to control the longitudinal crack of peritectic steel by analyzing the causes.

通过分析包晶钢纵裂纹形成的原因,并采取相应的措施,使包晶钢的纵裂纹得到有效控制。

70. The formation of secondary phase in the non-equilibrium peritectic reaction was observed by precise transmission electron microscopy analysis.

通过精细微观组织分析，阐明了远离平衡时包晶反应中次生相的形成机理；

71. Longitudinal and transverse corner crack defects were found on the slab surface for peritectic steel grade Q235G cast in Panzhihua Iron and Steel Group Company.

针对攀钢连铸Q235G等包晶钢生产中出现的铸坯表面裂纹问题,在调查分析裂纹特征及其产生原因的基础上,发现保护渣传热过强和保护渣流入不均是诱发角横裂产生的主要原因。

72. Keywords Al-Ti-B-RE;master alloy;phase analysis;microstructure;peritectic reaction;refining mechanism;

铝钛硼稀土;中间合金;物相分析;微观组织;包晶反应;细化机制;

73. And the number of peritectic phases decreases as the alloy composition decreases.

随着合金成分的增加，包晶相的数量增加。