| 1. | A test for studying the thermal state of cooling steel stave for blast furnace
钢冷却壁的热态实验研究 |
| 2. | The practice of prolonging the cooling - wall life for angang ' s 380m3 blast furnace
3高炉冷却壁寿命的生产实践 |
| 3. | Lab research on the optimization of cooling pipes in the masteel blast furnace ' s radiator
马钢高炉冷却壁水管结构优化试验研究 |
| 4. | Used for furnace cooling walls ramming flattening materials in blast furnaces
1用于大型高炉冷却壁勾头上部找平层的捣打、填充。 |
| 5. | Experimental reserach of judgement critical of the gap between cooling wall and carbon brick in blast furnace
高炉冷却壁气隙判断标准的实验研究 |
| 6. | A new cooling concept was developed in which the cast copper cooling elements , such as copper staves , are combined with cast - in monel pipes
摘要达涅利康力斯推出一种新的冷却概念，它将铜冷却壁与浇铸在其中的蒙乃尔铜镍合金管结合为一个整体。 |
| 7. | A calculation model of the coefficient of heat transfer between gas and stave body and inlaid refractory is built based on the substitution method of boundary condition
摘要基于边界条件替换方法建立了高炉冷却壁本体和捣打料与炉气之间的换热系数计算模型。 |
| 8. | In order to study the indoor air temperature characteristics of a chilled wall space with underfloor air supply , this paper made some modifications to the conventional multi - zonal model
摘要为了研究地板送风方式下有冷却壁面的房间的室内温度特性，本文对常用的多区热质平衡模型作了些修改。 |
| 9. | The effects of the flow rate , the inlet temperature , the inlet concentration and the system pressure , the temperature of cooling wall and the radius on the features of condensation process with binary ( tfe / nmp ) vapor were gained
同时，也得出了进口流量、进口温度、进口浓度、体系压力、冷却壁温和管径等参数对垂直管内部分膜状冷凝过程参数分布的影响规律。 |
| 10. | The heat transfer coefficient at the gas temperature ranging from 500 to 1248 between stave and furnace gas is determined by the combination of calculation model of temperature field and the temperature value of hot surface calculated from the temperature measured near hot surface
用试验测量冷却壁近热面温度来推算冷却壁热面温度，与冷却壁温度场计算模型结合，确定了炉气温度在500 ~ 1248范围内，高炉冷却壁与炉气之间的换热系数。 |
