decarburization

decarburization

1. Argon- Oxygen Decarburization (AOD) stove

AOD

2. Argon - Oxygen Decarburization(AOD) stove

AOD炉

3. argon oxygen decarburization converter

aod转炉

4. argon and oxygen decarburization (AOD)

Ar-O脱碳（AOD）

5. There are four CO_2 capture routes in power plants: pre-combustion decarburization, post-combustion decarburization, oxyfuel combustion and Chemical Looping Combustion (CLC).

CO_2捕获技术则主要有吸收法、吸附法和膜分离法等,其中膜分离法是最有发展潜力的技术。

6. Keywords RH KTB process;water simulation;top injecting oxygen;vacuum decarburization;kinetics;

KTB精炼;水模拟;顶吹氧;真空脱碳;动力学;

7. Keywords RH-MFB decarburization;mathematical model;technical improvement;

MFB脱碳;数学模型;工艺优化;

8. The RH process control model includes static decarburization model，dynamic ecarburization model，temperature model，alloy minimum cost model，and composition prediction model.

RH 成套过程控制模型主要包括: 静态脱碳模型、动态脱碳模型、温度模型、合金最小成本模型、成分预报模型。

9. RH-TB vacuum decarburization

RH-TB真空脱碳

10. The RH process control model includes static decarburization model, dynamic decarburization model, temperature model, alloy minimum cost model, and composition prediction model.

RH成套过程控制模型主要包括：静态脱碳模型、动态脱碳模型、温度模型、合金最小成本模型、成分预报模型。

11. Keywords RH vacuum refining;circulation flow rate;gas-liquid flow;decarburization;degassing;dynamic modeling;

RH真空精炼;循环流量;气液两相流;脱碳;脱气;动态模拟;

12. Keywords RH vacuum refining;fluid flow;decarburization;numerical simulation;

RH真空精炼;钢液流动;脱碳;数值模拟;

13. DISCUSSION OF RH VACUUM REFINING DECARBURIZATION TECHNIQUE

RH脱碳工艺探讨

14. vacuum oxygen decarburization converter

vod转炉

15. rate of decarburization

[机] 脱碳率

16. An activity decarburization model in RH vacuum refining

一个RH处理过程的脱碳动态模型

17. Keywords Stainless steel AOD Furnace life Decarburization process Computer simulation;

不锈钢;氩氧脱碳法;炉龄;脱碳;计算机模拟;

18. Physical and Mathematical Modeling of the Argon-Oxygen Decarburization Refining Process of Stainless Steel

不锈钢氩氧脱碳精炼过程的物理和数学模型

19. Keywords medium carbon spring steels;decarburization;heating temperature;holding time;

中碳弹簧钢;脱碳;加热温度;保温时间;

20. From thermodynamics and kinetics it is explored why in a reactor in which gas phase is pressured by oxygen the rapid decarburization and temperature ascension of the bath could be realized.

从热力学和动力学方面探索了氧气加压反应器中炼钢能加速脱碳和升温的原因

21. Test Methods for Estimating the Depth of Decarburization of Steel Specimens

估计钢样品脱碳深度的试验方法

22. complete decarburization

全脱碳

23. Keywords spring steel;decarburization;shot peening;stress;yield strength;

关键词弹簧钢;脱碳;喷丸;应力;屈服强度;

24. Keywords MgO-C Bricks;slag oxidizability;splashing slag for furnace maintenance;splashing slag layer;reaction of decarburization;

关键词镁碳砖;炉渣氧化性;溅渣护炉;粘渣层;脱碳反应;

25. Its developing orientation can be summarized as Less or non pollution, wasted energy, oxidation and decarburization, distortion, quality dispersion, hand labour, at last less or non reject.

其主要方向是少无污染、少无浪费(能源)、少无氧化、少无脱碳、少无畸变、少无质量分散、少无人工、少无废品。

26. Its solution depends mainly on the solution circulation pump (Decarburization large pump) to provide.

其溶液循环主要靠溶液泵(脱碳大泵)提供。

27. Based on the analysis of the properties of a high carbon pyrite from Yunnan,a series tests on decarburization by flotation and sulfur selection by flotation were carried out.

分析了云南某高碳硫铁矿的原矿性质,进行了浮选脱碳试验和浮选选硫试验等一系列试验。

28. Keywords bogie hearth furnace;high speed steel rolling material;bogie hearth electric resistance furnace;decarburization depth;

台车式炉;高速钢轧材;台车式电阻炉;脱碳层深度;

29. As with AOD, the benefit of using PMS is that the decarburization end-point can be more accurately determined.

同AOD过程一样，采用过程质谱的好处在于能精确地判断脱碳的终点。

30. Therefore, based on these experiments, it can be deduced that the transfer ability of electron in slag phase is of great importance to decarburization reaction at low carbon level.

因而推断：在低碳含量范围内，熔渣中电子的传递能力对反应起着非常重要的作用。

31. It is of great strategic significance to develop the VD decarburization process and to realize the production of LC/ULC wire and rod with the EAF unit at Baosteel.

在宝钢开发VD脱碳工艺,实现电炉单元对低碳/超低碳线材的生产,具有深远的意义。

32. The decarburization rate in the test was higher than 0. 1%/min in the bath of high carbon content, which was much higher than in conventional EAF.

在本试验条件下高碳范围内脱碳速度大于0.1%/min,明显高于传统电炉。

33. If a sheet blank is not coated, heating must be done in a protective atmosphere to avoid oxidation (scaling) and surface decarburization.

如果板料没有镀层，加热过程就必须在保护性气体中完成，以防止氧化（脱落）和表面脱碳。

34. For grade 1, no complete decarburization shall be present. The depth of partial decarburization at any point on the periphery shall not exceed the value in table 1.

对于等级1，没有完整的脱碳。外围任何点的部分脱碳深度不得超过表1中的数值。

35. Key points of smelting process,such as decarburization and Cr yield,thermal compensation,bottom blowing patterns,as well as high-efficiency desulphurization are discussed in the paper.

对转炉冶炼不锈钢时脱碳保铬、热补偿、炉底供气模式和高效脱硫技术进行了讨论。

36. The causes of decarburization in the sintering of ferrous products using dissociated ammonia as atmosphere are analysed and some methods and routes to control decarburization are discussed.

对铁基制品采用分解氨作烧结气氛时的脱碳原因进行了分析，探讨了几种控制脱碳的方法及途径。

37. Finally,both desulfurization and decarburization efficiency are as high as 99%.In comparison with other methods of desulfurization,this pr...

工艺的脱硫效率和脱碳效率均能达到99%,将脱硫和制砖结为一体,具有极高的应用价值和环境效益。

38. A new dynamic mathematical model to represent the processes of decarburization and degassing in RH vacuum refining units were developed.

建立了描述RH真空精炼装置内钢液动态脱碳(脱气)模型。

39. Keywords spring steel;surface decarburization;decarburization depth;

弹簧钢;表面脱碳;脱碳深度;

40. The research of the process in final carbon reduction efficiency,dephosphorization,decarburization,slag formation and blowing of top-bottom blowing converter are summarized and explained.

总结阐述了改造后复吹转炉终点碳氧积、脱磷、脱碳、造渣和吹炼等各项工艺的研究。

41. All depth of decarburization of steel

总脱碳层深度

42. Decarburization shall be determined by microscopic examination as described in BS 6617 : Part 1.

按照BS 6617 : 第1部分的描述，通过精微检测来决定脱碳。

43. The effect of rare-earth elements to prevent oxidation and decarburization in heat treating salt bathshas been discussed.

本文就稀土对盐浴防氧化脱碳的作用进行了研究。

44. Results show that the crack is mainly intergranular and there is no decarburization and oxidation at the edge of the crack.

根据齿座表面裂纹主要呈沿晶扩展，裂纹两侧无脱碳和氧化现象，认为该裂纹为淬火裂纹。

45. Keywords gradient material;carbon thickness;carburization;decarburization;

梯度材料;碳浓度;渗碳;脱碳;

46. Subsequently, the decarburization effect became dominate.

此后，则由脱碳所主导。

47. Keywords gas purifier;sweetening;decarburization;technical economical comparison;

气体净化设备;脱硫;脱碳;技术经济对比;

48. The Effect of Oxidation and Decarburization on Examining Grain Size of Austenite with Oxidizing Method

氧化和脱碳对用氧化法检验钢的奥氏体晶粒度的影响

49. oxidative decarburization

氧化脱碳

50. argon oxygen decarburization

氩氧脱碳

51. argon oxygen decarburization process

氩氧脱碳法

52. marsh gas decarburization

沼气

53. Standard Test Method for Determining Decarburization and Carburization in Hardened and Tempered Threaded Steel Bolts, Screws and Studs

测定硬化和回火螺纹钢螺栓,螺钉和螺柱螺栓的脱碳和渗碳的试验方法

54. Standard Test Method for Determining Decarburization and Carburization in Hardened and Tempered Threaded Steel Bolts, Screws and Studs (Metric)F

测定硬化和回火螺纹钢螺栓,螺钉和螺柱螺栓的脱碳和渗碳的试验方法(米制)

55. Quenching crack propagation characteristics of the organizations on both sides without decarburization phenomenon significant difference between crack and materials and forging cracks.

淬火裂纹的组织特征是裂纹两侧无脱碳现象，明显区别与锻造裂纹和材料裂纹。

56. Keywords deep decarburization;vacuum;top blowing oxygen;carburetion;IF steel;

深度脱碳;真空度;顶吹氧;增碳;IF钢;

57. Keywords wet flue gas desulfurization;alcohol-amine desulfurization;biosulfurization;desulfurica-tion &decarburization solution activities;

湿法烟气脱硫;醇胺法脱硫;生物脱硫;脱硫脱碳溶液活化剂;

58. Keywords secondary refining;programable logic controller（PLC）;vacuum oxygen decarburization（VOD）;

炉外精炼;可编程序控制器;真空吹氧脱碳（VOD）;

59. PWHT can not change the carburetted layer and decarburization layer, and the transference of carbon can aggravate under a certainty temperature.

焊后热处理不能改变熔合区的增碳层和脱碳层，在一定温度会使碳的扩散迁移加剧。

60. Keywords special steel;vacuum degassing;blowing oxygen and decarburization;converter;

特殊钢;真空脱气;吹氧脱碳;转炉;

61. The effect of various process factors on decarburization process in VD was studied by the model and the optimizing decarburization process in VD can be obtained.

用该模型模拟研究了各工艺因素对VD精炼脱碳过程的影响。模拟结果可为VD精炼脱碳工艺的制定和优化提供指导依据。

62. Analysis of Critical Carbon Content in Arc Furnace Steelmaking and Operation Practice of Decarburization

电弧炉炼钢过程钢中临界碳的实测和脱碳操作实践

63. vacuum arc decarburization process

电弧真空脱碳法

64. vacuum oxygen decarburization process

真空氧气脱碳法

65. Keywords vacuum degassing;numerical analysis;RH;steel flow;decarburization analysis;

真空脱气;数学分析;RH;钢水流动;脱碳分析;

66. vacuum decarburization

真空脱碳

67. vacuum decarburization degasser

真空除碳器

68. The findings showed that in the heavy axle surface scar formation concerns with the production of the crack formation and the decarburization.

研究结果显示，重轨表面结疤的形成与生产中裂纹的形成和脱碳有关，裂纹形成后，在生产过程中发生氧化而形成氧化原点和脱碳是导致结疤形成的主要原因。

69. Keywords silicochromium;percent of pass;decarburization in shaking ladle;

硅铬合金;合格率;摇包脱碳;

70. Decarburization in Hardened and Tempered Metric Threaded Fasteners

硬化并回火后螺纹紧固件表面脱碳层

71. Is hardness tested on a surface that has been ground to remove decarburization?

硬度测试是不是在磨去脱碳层的表面上进行？

72. Effect on the Adhesion of CVD Diamond Films to Cemented Carbide Substrate by Acid Etching and Decarburization Method

硬质合金表面去钴和脱碳对金刚石薄膜粘结性能的影响

73. Keywords boron;medium-carbon steel for high strength spring;sag resistance;delayed fracture;decarburization sensitivity;

硼;中碳高强度弹簧钢;弹减抗力;延迟断裂;脱碳敏感性;

74. The thesis briefly expounds the equipments and the refining technology of Vacuum Oxygen Decarburization Converter(VODC).

简述了真空吹氧脱碳转炉（VODC）的设备和精炼技术。

75. Keywords fly ash;friction electric separation;decarburization;orthogonal test;

粉煤灰;摩擦电选;脱碳;正交试验;

76. The indexes of decarburization depth, distribution of cementite along grain boundaries and scaling are in accordance with specification.

线材的脱碳层深度、网状碳化物、氧化皮脱落等项目符合检验标准。

77. The results show that both are caused by decarburization in heat tret-ment.

结果表明,两者均为热处理脱碳所引起。

78. desulphurization decarburization

脱硫脱碳

79. decarbonization, decarburization

脱碳

80. decarburization depth

脱碳厚度