1) Tapping temperature
出铁温度
1.
Temperature,chemical composition and purity are three quality indexes of the base iron melt for high grade gray irons production,and among them,iron tapping temperature is the main factor determining the quality of the iron melt.
温度、化学成分及纯净度是原铁液质量的三个指标,其中出铁温度是决定铁液质量的主导因素。
2) temperature of molten iron
铁水温度
1.
The technique can exactly measure temperature of molten iron, reduce wave of temperature of BF.
济钢 1#高炉采用铁水红外测温技术 ,可准确测量铁水温度 ,减少了炉温波动 ,炉温稳定指数由使用前的 0 。
2.
The temperature of molten iron was 1350～1400℃ and the carbon pick up time was 15 minutes.
采用工业试验的方式对奥氏体合金铸铁增碳效果进行了研究，确定了中频感应炉熔化，炉底加入增碳剂Ｇ５０，Ｇ６０，控制铁水温度在１３８０～１４００℃，增碳时间为１５ｍｉｎ，获得了增碳的较佳效果。
3) iron melt temperature
铁液温度
1.
It was suggested that foundry enterprises sould create digital iron melt temperature control system to ensure stable production of high quality castings.
系统介绍了铸造生产过程中铁液的熔炼温度在消除原炉料不利组织影响、纯净铁液、提高铸件质量方面的作用,简单叙述了接触式快速热电偶的测温原理,建议铸造企业建立铁液温度数字化管理方法,为稳定生产高质量铸件提供保障。
4) speed of tapping
出铁速度
1.
According to different situations of blast furnaces,control reasonable depth of tap hole,spacing interval and speed of tapping to reduce the number of casting and production costs,ease labor intensity,and set the stage for blast furnace strengthening smelting.
根据各高炉实际情况的不同,通过控制合理的铁口深度、出铁间隔时间以及出铁速度,实现降铁次的目标,为高炉强化冶炼创造条件,达到降低生产成本和减轻工人劳动强度的目的。
5) extrusion temperature
挤出温度
1.
The influences of screw configuration,screw speed,extrusion temperature and water contents on extruded starch foams were studied.
研究了螺杆组合、螺杆转速、挤出温度以及含水量对淀粉挤出发泡的影响。
2.
The excellent properties of resin and fiber would be fully embodied through the proper propessing technique and conditions, extrusion temperature, extrusion rate, injection speed are the important factors influencing material property.
结果表明,适宜的加工工艺和加工条件能够将ABS和玻璃纤维本身的优良性能充分表现出来,挤出温度、挤出速度及注射速率都是影响材料性能的重要因素。
3.
The effect of main screw parameters (length/ diameter ratio, helix angle, channel depth and compression ratio)of cold feed rubber extruder on extrusion temperature were investigated by orthogonal regression method on the basis of the statistical analysis of experimental results.
研究了螺杆造型（长径比，螺旋升角，螺槽深度，螺杆几何压缩比），挤出工艺（螺杆转速，机头口型）和胶料种类对橡胶冷喂料挤出机挤出温度的影响，并对各实验因素及实验结果做了统计分析，得出了他们之间的定量数学模型。
6) Outlet temperature
出口温度
1.
The result shows that the outlet temperature by partial charged method is more steady and its discharging rate is higher than that by fully charged method.
比较了两种冻结方式在蓄冷和释冷过程中的传热性能,结果表明,不完全冻结方式在释冷过程中盘管出口温度更稳定、释冷速率更高,给出了不完全冻结必须满足的条件。
2.
On the basis of on-site data and in conjunction with the working principle of a power plant coal-pulverizer system a state-space dynamic mathematical model has been set up of the coal pulverizer outlet temperature and pulverizer inlet-air flow rate through an analysis of the coal pulverizer control system.
基于现场数据 ,结合电厂磨煤机系统的工作原理 ,通过对其控制系统分析 ,建立了磨煤机出口温度和磨煤机入口空气流量的状态空间动态数学模型。
3.
Two calculation methods for combustor outlet temperature of an aeroengine were described.
概要介绍了某型航空发动机燃烧室出口温度的2种计算方法,结合发动机试车数据对采用2种计算方法得到的结果进行了对比分析。
补充资料：钨铁电炉出铁(吉林铁合金厂)
钨铁电炉出铁(吉林铁合金厂)
吻 他排由帕中桩了士朴屏人乙曰“
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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