1) slab heating temperature
铸坯加热温度
1.
By means of X-ray pole density and three dimensional orientation distribution function(ODF)analysis,the mechanism of reduction of slab heating temperatures for Hi-B grain-oriented silicon steels by Mo has been studied.
采用 X 射线极密度及三维取向分布函数(ODF)方法,从织构的角度研究了在 Hi-B 取向硅钢中加入微量钼能够降低铸坯加热温度的机制。
2.
TEM observations were made of the influences of slab heating temperature and Mo on precipitated second phase particles(sulfide and AlN) in high induction grain-oriented silicon steels (Hi-B).
采用透射电镜观察了铸坯加热温度和Ｍｏ对高磁感取向硅钢（Ｈｉ－Ｂ钢）析出第二相质点（硫化物＋ＡｌＮ）的影响。
2) low temperature slab reheating technique
低温铸坯加热技术
3) Temperature of Slab out of Concaster
铸坯出机温度
4) molder surface temperature
铸坯表面温度
1.
In this paper the on line real time detecting system of molder surface temperature of continuous casting is designed.
设计了连铸铸坯表面温度在线实时测量系统。
5) Slab Heating under Low Temperature
板坯低温加热
6) low slab reheating temperature
低温板坯加热
1.
The results show that using high and low slab reheating temperature technique,the texture component of hot rolled grain oriented silicon steel is significantly different from that of cold rolled one.
采用取向分布函数及取向线分析方法对取向硅钢高温和低温板坯加热工艺的热轧及冷轧钢板织构进行了研究。
补充资料：衡阳钢管厂水平连铸机生产连铸圆管坯
衡阳钢管厂水平连铸机生产连铸圆管坯
衡阳钢管厂水平连铸机生产连铸圆管坯
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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