blastfurnace

  • 网络高炉;鼓风炉
blastfurnaceblastfurnace
  1. Study on neural network for the recognition of blastfurnace top temperature distribution

    高炉炉顶温度分布模式识别神经元网络的研究

  2. An investigation on heat exchange intensity of water-cooling wall of blastfurnace gas boiler

    高炉煤气锅炉水冷壁传热强化研究

  3. Discussion about operation of blastfurnace under changing quality of coke

    焦炭质量变化与高炉生产操作的探讨

  4. Improving on PLC control program in the No.4 blastfurnace of GIS

    广钢4号高炉PLC程序改进

  5. Effects of blastfurnace slag and fly ash on plastic shrinkage cracking of concrete

    矿渣和粉煤灰对混凝土塑性收缩裂缝的影响

  6. Feeding car-style blastfurnace system is a complex system .

    料车式高炉上料系统是一个多环节的复杂系统。

  7. Speeding up construction of bases producing high quality coal fines for blowing into blastfurnace to meet market demand

    论加快优质喷吹煤基地建设

  8. An Algorithm for Thickness Curve of Blastfurnace Liner

    高炉炉衬壁厚曲线绘制算法

  9. Study on optimal burdening of the lead blastfurnace smelting

    铅鼓风炉熔炼配料最佳化的研究

  10. Blastfurnace slag , expanded clay , broken brick and steel shot may be used where appropriate .

    炉矿渣,陶粒,碎砖和钢丸也可在适当的地方使用。

  11. Granulated blastfurnace slag used for cement production

    GB/T203-1994用于水泥中的粒化高炉矿渣

  12. Exploration of factors affecting strength of blastfurnace slag-zeolite cement

    影响钢渣沸石水泥强度诸因素的探讨

  13. Iron making blastfurnace production process of high and low degree of automation , molten iron directly restrict the quantity and quality .

    高炉炼铁生产过程的自动控制程度的高低,直接制约着铁水的产量和质量。

  14. Effect of ground granulated blastfurnace slag on both frost-resistance and chloride ions diffusion properties of marine concrete

    磨细高炉矿渣对海工混凝土抗冻性和氯离子扩散性能的影响

  15. ,( 3 ) observation , measurement and control of the softening-melting zone in the blastfurnace ;

    观察高炉软化区形状;

  16. Application of vaporization cooling to blastfurnace

    汽化冷却在高炉上的应用实践及探讨

  17. The paper discusses the current status of smoke and dust treatment in blastfurnace cast house , and puts forward the new thought of secondary dust collection design .

    论述了高炉出铁场烟尘治理的现状,对二次除尘设计提出了新的设想。

  18. A new kind of coating of ingot mould was made by using graphite , bentonite and blastfurnace slags as raw materials and solution of water glass sa bonding agent .

    以石墨、膨润土和高炉渣为原料,以水玻璃溶液为结合剂,制成一种新型钢锭模涂料。

  19. Because of the discharging of the titaniferous blastfurnace , large quantities of titanium resource have run off , its utilization has been the focus of people'cencerning .

    由于含钛高炉渣的排放造成了大量钛资源的流失,对它的利用已成为人们关注的焦点。

  20. Heating Surface Rearrangement and Burner Reconstruction of a 75t / h Boiler for a Fuel-change from Pulverized Coal to Blastfurnace Gas in Xiang-Steel 's Cogeneration Power Plant

    湘钢热电厂75t/h煤粉锅炉改烧煤气时的受热面调整与燃烧器改造

  21. Behaviour of fluorine in blast-furnace smelting ⅴ . an investigation of the slag-forming processes in a 11m ~ 3 blastfurnace smelting pao-tou iron ore

    氟在高炉冶炼中的行为Ⅴ.11M~3高炉冶炼包头铁矿中成渣过程之研究

  22. The strength of the pastes were measured after steam curing and autoclaving and compared with that of fly ash , and blastfurnace slay pastes prepared under the same process .

    测定蒸养、蒸压条件下的强度,并在相同试验条件下与粉煤灰、沸腾炉渣、矿渣进行对比。

  23. This new installation has functions of both screening and dust-removing and is obviously superior to mechanical one in economic and technical results of blastfurnace operation and enviroment protection , therefore , it is worthwhile to spread .

    新型的风力过筛兼备筛分、除尘两种功能,高炉的各项经济技术指标和环境保护的效果明显优于机械筛,值得推广应用。

  24. High performance concrete ( HPC ) is widely used in modern concrete structures , which is characterized by the use of mineral admixtures , such as fly ash and ground granulated blastfurnace slag , which can promote the mechanical properties and durability of concrete .

    现代混凝土结构多使用含有粉煤灰、矿粉等矿物掺合料的高性能混凝土,以改善混凝土的力学性能、耐久性和经济性。

  25. By comparing the pozzolanic reactivity of the shale cinder , fly ash and blastfurnace slag , it may come to the conclusion that the strengths are different for different mineral comp - ositions under the same curing temperature and for the same composition but under different curing temperatures .

    比较矸石渣、粉煤灰、沸腾炉渣和矿渣的活性均能发现,养护条件相同,灰渣成份不同强度不同。养护条件不同,灰渣成份相同强度也不同。