砌块建筑墙体构造与节能发展动态

从原料性能、生产工艺、产品质量等方面探讨了生产混凝土小型空心砌块的生产技术要素，指出利用工业废渣生产小型砌块符合国家的墙体改革和节能政策。     

A Novel Approach for Entrapment of Biopolymers in Silica Matrix by Sol-gel Technique

1 Results The entrapment of biopolymers into silica by the sol-gel technique meets with incompatibility of inorganic and bioorganic components. The aim was to develop a compatible procedure biomimicking the biomineralization processes in the living nature. A suggested solution in Ref.[1-2] for the biopolymer entrapment into silica matrix is based on a novel silica precursor. The developed approach is distinguished from the common technique for fabrication of hybrid biopolymer-silica nanocomposite materi...     

Application of thermal analysis to study smelting reduction kinetics

A thermal analysis study on the reduction of iron oxide rich slags under different conditions is presented in this paper. The effects of important process variables such as time, temperature, lime-silica ratio, FeO level in slag etc. are discussed. It is shown that the mechanism of reduction by externally added graphite is different from that by a carbon saturated bath although the activation energy values are similar.     

Design and Application of a Set of Vitreous Standards for EDS-SEM Microanalysis of Melting Shop Slags

Non-metallic inclusions in steel are formed due to interactions between liquid steel and its environment in the melting shop (refractories and slags). Particles not trapped in the slag remain in the cast steel, impairing steel properties in service. Inclusion composition varies and certified standards covering the whole compositional range are unavailable.The present study describes the preparation of a set of homogeneous, glassy and crystalline standards with a wide compositional range for use in analysing non-metallic steel inclusions. For this, materials were designed based on knowledge of the compositional range of interest in the Al₂O₃–SiO₂–CaO–MgO–CaF₂ system, which is the matrix of the most frequent steel inclusions. The composition and microstructural homogeneity of the reference materials was verified.     

提高熔炼不锈钢电弧炉炉衬寿命的措施

某特钢厂改进熔炼不锈钢电弧炉操作工艺、造渣制度和采用炉渣发泡技术后，使电弧炉炉衬寿命从30炉提高到60炉以上，并保证2台30tEBT电弧炉与l台30tAOD妒相匹配。炉衬寿命进一步提高后，可望l台EBT电弧炉与l台AOD炉相匹配，提高不锈钢产量。     

利用攀钢钛矿渣生产混凝土空心砌块的试验研究

运用正交试验的方法对利用攀钢钛矿渣生产混凝土空心砌块进行了研究。研究结果表明：钛矿渣取代砂、石和部分水泥后，可以生产出性能满足GB8239-1997《普通混凝土小型空心砌块》要求的混凝土空心砌块。所开发的砌块强度达到MU10等级，确定了生产混凝土空心砌块的最佳配方。     

液态渣粉煤灰陶粒混凝土性能的研究

研究以液态渣取代普通砂作细集料对粉煤灰陶粒混凝土强度、弹性模量的影响，并从微观机理上分析取代后弹性模量提高的原因。     

磷渣代替熟料作晶种对熟料形成的影响

本文研究了磷渣代替熟料作晶种对生料易烧性、熟料形成过程和熟料形成动力学的影响。研究表明，磷渣配料，由于形成中间相矿物Ｃ１１Ｓ４ＣａＦ２，可极大地改善生料易烧性，降低熟料形成活化能，加速熟料矿物的形成，从而使熟料烧成温度降低１００℃左右     

铝渣灰脱硫剂对提高LF炉脱硫效果的影响

叙述了用铝渣灰脱硫剂提高脱硫效果缩短ＬＦ炉处理的时间的试验，着重分析了此脱硫剂的脱硫效果和影响因素，该试验的工艺要点是：控制好顶渣成分，提前造渣，钢液脱氧良好，增加吹氩强度，结果表明，用含铝渣灰的脱硫剂处理钢水，当每ｔ钢加入量为１５～２０ｋｇ时，ＬＦ炉处理时间平均缩短１０ｍｉｎ，平均脱硫率提高１６％。     

掺矿渣活性粉末混凝土的抗氯离子渗透性研究

以活性粉末混凝土的基本配制原理为基础，掺入矿渣作为新的活性组份，配制出新型的具有超高性能的水泥基材料．抗氯离子渗透实验显示，该混凝土材料的结构非常致密，抗氯离子渗透性能远远大于其他品种的水泥基材料．硅粉对材料的抗氯离子渗透性能起主要的促进作用．掺入钢纤维和使用标准砂都有助于提高材料的抗渗性．通过X射线衍射、压汞实验以及扫描电子显微镜（SEM）等微观结构分析和研究，证实了以上观点．