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1·Slow cooling rate as furnace cooling can increase the values of hardness.

锻后冷却方式对硬度影响较大，冷却速度越慢，硬度值越高；

2·In this paper, the employed conditions of blast furnace cooling wall is simply introduced.

简要介绍了高炉冷却壁的使用工况。

3·Unsteady heat transfer of blast furnace cooling staves made of cast steel, spherical cast iron and copper was studied.

研究了铸钢、球墨铸铁和纯铜3种不同材质高炉冷却壁的非稳态传热过程。

4·The quality condition of soft water of blast furnace cooling system in China was analysed. The corrosion test of soft water shows that the sampled soft water has medium corrosive power.

取样分析了我国高炉冷却系统软水的质量现状，通过水质腐蚀性能测试得出，取样水质均为中等腐蚀型。

5·Then there is reheating furnace, reducing mill and cooling table.

然后进入再热炉、减径机和冷却床。

6·Research method and main results is as following: Using electrical resistance furnace and cooling slope to melt A356 aluminum alloy and gain the semi-solid slurry.

研究方法和主要成果如下：使用电阻炉熔炼a356铝合金，并采用斜坡冷却法进行半固态熔体的制备。

7·For maximum softness and ductility the cooling rate should be very slow, such as allowing the parts to cool down with the furnace.

为了得到最大柔软性和延展性冷却速率应该很慢，比如让零件与炉子一起冷下来。

8·The cement pressing-in technology, a feasible measure to raise the cooling effect in furnace bottom, is worth promoting.

采用炉底炭胶压入技术是提高炉底冷却效果的一种可行的措施，具有一定的推广价值。

9·This paper introduces the technological process, equipment characteristics and the benefit of vaporized cooling project of Consteel electric arc furnace.

介绍了康斯迪电弧炉汽化冷却项目的工艺流程、设备特点、经济效益。

10·The mechanical properties of core in the castings such as the cooling wall of blast furnace and the rolls are enhanced by using this nodulizer.

该球化剂应用于高炉冷却壁、轧辊等铸件上，可提高其心部力学性能。