机立窑鼓风机采用调速装置的探讨

介绍了机立窑鼓风机调速装置的工作原理和工作效果．提出了风机的选型原则。     

强化传热生物质燃料热风炉研究

研制出用于粮食及其它农副产品干燥的新型热风炉。此炉型采用生物质燃料洁净燃烧技术及高强化传热技术,具有低污染、高效率、长寿命等优点。     

基于Pro/E 的机翼型风机叶片的建模及平面展开

基于先进的3D设计软件Pro/Engineer，模拟离心式风机叶片的成形理论及构形特点，将风机叶片的建模、运算、绘图、下料全部由计算机完成，直接输出精确的下料图纸，大大简化了设计过程，并且提高了设计精度。     

锅炉引风管道系统的振动分析

分析了锅炉引风管道系统的振动。为了降低噪声 ,提出了减少振动的一些措施     

复合支护结构核爆冲击波等效静载的不确定性分析

根据中值点处展开的一次二阶矩法讨论了土中压缩波的升压时间及其不确定性，然后研究了按单自由度体系进行复合支护地下结构抗核爆设计时的动力系数（荷载系数）和等效静载的变异系数．数值结果表明，土中压缩波升压时间的不确定性，不仅与结构埋深和土参数的变异性有关，而且与土参数的均值有关，等效静载的不确定性，依赖于作用于结构上的动载变异性和结构自振频率变异性，而动载不确定性对等效静载变异性影响最大     

黏度在炼铁生产中的作用分析

黏度是流体的一个重要物理量。炼铁高炉内炉料，最终产生两个液相：铁水扣炉渣。炉渣黏度对炼铁生产有重大实际意义。通过分析炉渣黏度对高炉冶炼的作用，提出了调控炉渣黏度的有效措施。     

高炉专家系统知识表达方法

分析了高炉炉况知识的特征。对各种知识表达方法进行了具体的分析并给出了实例,提出了采用“产生式规则＋框架＋语义网＋神经网络＋过程”的综合知识表达方法。     

The fate of injectant coal in blast furnaces: The origin of extractable materials of high molecular mass in blast furnace carryover dusts

The aim of the work was to investigate the fate of injectant coal in blast furnaces and the origin of extractable materials in blast furnace carryover dusts. Two sets of samples including injectant coal and the corresponding carryover dusts from a full sized blast furnace and a pilot scale rig have been examined. The samples were extracted using 1-methyl-2-pyrrolidinone (NMP) solvent and the extracts studied by size exclusion chromatography (SEC). The blast furnace carryover dust extracts contained high molecular weight carbonaceous material, of apparent mass corresponding to 10⁷?10⁸ u, by polystyrene calibration. In contrast, the feed coke and char prepared in a wire mesh reactor under high temperature conditions did not give any extractable material. Meanwhile, controlled combustion experiments in a high-pressure wire mesh reactor suggest that the extent of combustion of injectant coal in the blast furnace tuyeres and raceways is limited by time of exposure and very low oxygen concentration. It is thus likely that the extractable, soot-like material in the blast furnace dust originated in tars is released by the injectant coal. Our results suggest that the unburned tars were thermally altered during the upward path within the furnace, giving rise to the formation of heavy molecular weight (soot-like) materials.     

基于PLC的高炉鼓风机控制系统的设计与实现

简要阐述了用常规仪表控制高炉鼓风机存在的问题，并针对高炉风机的工艺着重介绍PLC控制系统的硬件配置及软件功能，该系统能够实现了高炉鼓风机的自动控制。     

鼓风机变频调速系统的节能分析

研究了风机、水泵类生产机械采用变频调速来调节风量、流量的节能原理，进行了节约电能的近似计算，同时提出了根据生产机械负载合理选择电机和变频器的容量，给出了相应的计算公式