1) Scale
[英][skeɪl] [美][skel]
氧化铁皮
1.
Genesis and Countermeasures of Hot Rolled Strip Steel Scale;
热轧带钢氧化铁皮的成因及对策
2.
Improvement of Pickling Quality of SPHC Hot Rolled Strip Scale at Meigang;
梅钢SPHC带钢氧化铁皮酸洗质量改善
3.
Preventing of Scale Defect Formation of Hot Rolled Coil Using Quality Management Method;
运用质量管理方法控制热轧卷氧化铁皮的发生
2) oxide scale
氧化铁皮
1.
The causes of difficult pickling of oxide scale of SPHC hot rolled strip were analyzed from chemical composition of strip,thickness of oxide scale,roughness of interfacial between oxide scale and strip,pickling technology,etc.
从SPHC带钢的成分、氧化铁皮厚度、氧化铁皮与基体结合面的粗糙度、酸洗试验、氧化铁皮的相结构分析入手,剖析了氧化铁皮酸洗困难的原因;在不影响带钢供冷轧所要求的力学性能和冷轧轧制力的情况下,通过调整热轧生产工艺,改善了SPHC带钢的酸洗质量。
2.
The results showed,the black spots are in fact the oxide scale formed during hot rolling and remained after pickling;the black spots are primarily composed from Fe3O4 and FeO;and the higher the temperature,the thicker the scale is,the higher .
针对冷轧酸洗钢板黑斑缺陷问题,对Q195、STl3钢在不同试验温度下进行了氧化铁皮的生成、冷却、酸洗试验,对试验后的试样和生产现场钢板的表面进行了微观分析。
3.
At the same time,the effect of the oxide scale on the heat transfer was also discussed.
均热炉的加热过程模拟系统是CSP生产线组织性能预报软件的重要组成部分 ;介绍了珠钢均热炉加热过程模拟系统所采用的板坯温度场模型、奥氏体晶粒长大模型及其实际模型效果 ,同时探讨了氧化铁皮对传热的影
3) iron scale
氧化铁皮
1.
Effect of cooling water and iron scale on roll wear
冷却水和氧化铁皮对轧辊辊耗的影响
2.
Based on the forming theory of iron scale while rolling steel, the appearance and component of iron scale are analyzed with the help of scanning electron microscope, meanwhile, forming causes of iron scale are analyzed in the practice through phase analysis of X-ray diffraction on iron scale and some improvement measurements are put forward.
根据轧钢过程氧化铁皮形成理论,利用扫描电镜上对氧化铁皮的形貌及成分进行了分析,同时对氧化铁皮进行了X-射线衍射物相分析,结合现场生产工艺,分析了氧化铁皮的形成原因并提出了改进措施。
3.
Through the analysis of structure and component of iron scale formed in the process of heating steel ingots, the effect of oxidation of steel ingot on air-fuel ratio has been found, and the correction factor for the air-fuel ratio has been deduced, which will be of great significance to raise the level of combustion control, reduce energy consumption and enhance product yield.
通过对钢锭加热生成的氧化铁皮的结构和成分分析,找出钢锭氧化对空燃比的影响,并推导计算出空燃比的修正系数,对提高燃烧控制的水平,降低能耗,提高产品收得率具有重要意义。
4) Iron Oxide Scale
氧化铁皮
1.
The microstructure of iron oxide scales,as one of the essential factors,is important to pickling quality of the hot rolled strips.
氧化铁皮的显微结构是决定热轧带钢酸洗性能的本质因素之一。
2.
With the utilization of the X-ray diffractometer and scanning electron microscope in the iron oxide scale on the surface of the steel sheet.
利用X射线衍射仪与扫描电镜对薄板表面氧化铁皮进行观察分析,以探讨其形貌、微区成分、物相 结构及含量对氧化铁皮与基体结合力的影响。
3.
The detection of chemical composition,physical property,metallurgical structure,surface iron oxide scale of the products leads to quantified performance index differences,which helps identify the means to improve product quality.
分析了国内外几个厂家生产的帘线钢线材产品质量,对其产品的化学成分、物理性能、组织形态、表面氧化铁皮进行全面检测,找出不同产品各项性能指标的定量差异,明确了产品质量改进的途径。
5) iron scale
铁氧化皮
6) oxidized steel
氧化铁皮渣
1.
Oxidized steel can absorb oil,so oil can be cleared by oxidized steel.
氧化铁皮渣具有吸附油的能力,形成含油污泥而达到除油的目的。
补充资料：氧化铁皮
分子式：
分子量：
CAS号：
性质：见铁鳞。
分子量：
CAS号：
性质：见铁鳞。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条