大体积混凝土的裂缝控制

章村电厂主厂房锅炉设备基础为大体积混凝土施工，采用分缝分块等方法，有效控制了大体积混凝土各种裂缝的产生，从设计构造、施工措施、材料选择、水管冷却等方面分析大体积混凝土的裂缝控制。     

固化粉煤灰施工技术在台背回填施工中的应用

固化粉煤灰是一种新型材料，介绍了固化粉煤灰在台背回填施工中的应用，与以往的台背回填施工相比，快速、简单、耐久性能好，具有明显的技术、经济等优点。     

粉煤灰陶粒项目的可行性分析

通过分析评价粉煤灰陶粒项目的市场情况、建设规模和经济效益，指出了电厂粉煤灰综合利用的途径，得出了西山煤电集团公司拟建设粉煤灰陶粒生产线是可行、必要的。     

黄油和粉煤灰在混凝土抗渗试验中的应用

根据作者工作经验，介绍了用黄油和粉煤灰代替石蜡和松香作密封材料进行混凝土抗渗试验，密封效果更好，工作效率更高。     

高盐卤矿山提高尾砂胶结充填体强度的研究

从分子结构层次研究了盐卤成分对尾砂胶结充填体的破坏机理及粉煤灰、硅灰提高高盐卤矿山尾砂胶结充填体强度的作用机理.通过正交试验,证明了掺用适量粉煤灰、硅灰,既可节约水泥、降低胶结充填成本,又能提高高盐卤矿山尾砂胶结充填体的力学性能和耐腐蚀性,对降减和消除高盐卤矿山尾砂胶结充填体的腐蚀、膨胀、崩解及后期强度下降具有理论意义和实用价值.     

一种新型注浆材料性能的研究

通过室内试验对以“粉煤灰固化剂”为凝结剂的一种新型大掺量粉煤灰注浆充填材料进行研究，探讨了不同水灰比、固相比与结石体抗压（折）强度、凝结时间、粘度、密度、结石率、析水率及析水时间之间的相互关系。试验得到当水灰比为1：1．0-1：1．5，粉煤灰掺量27％时，结石体的7 d抗压强度为1．2-5．3 MPa，28 d抗压强度为2．5-10 MPa。试验结果表明，该注浆材料与现工业用注浆材料相比，粉煤灰掺量更大，强度更高，凝结时间等性能更优越，并可降低注浆成本。     

粉煤灰对水泥水化热的影响规律研究

通过不同粉煤灰掺量对水泥水化热性能影响的试验研究，得出粉煤灰掺量越大，水泥水化热值降低越大；认为在大体积混凝土中掺入一定量的粉煤灰是减少水化热从而避免温度裂缝的有效措施。     

喷射粉煤灰混凝土支护的试验研究

鹤壁矿区的巷道支护广泛采用锚喷支护，年施工巷道达万米左右，喷射混凝土材料用量大，但矿区无砂材资源，靠外地采运，价高有时还不能保证供应。     

新型复垦基质的植物生长适应性研究

研究了粉煤灰加城市污泥及酒糟作为矿区复垦基质的可行性,利用盆栽试验探讨紫花苜蓿对于复垦基质的适应性。通过研究基质的主要理化性质以及紫花苜蓿的生长情况,确定新型复垦基质对于紫花苜蓿有较强的适宜性,并且基质和苜蓿体中所含的重金属除镉外都未超过国家标准。     

Heavy metals distribution in fly ash from gangue power plant

To make assessment on its environmental security, fly ash samples were collected from the gangue power plant. Total content of heavy metals in sieved fly ash were analytically determined. We also carried out Tessier extractive experiments to check the chemical species of heavy metals. Experiment results show that the content of Cu, Zn, Pb and Cd ascend when particle size is smaller. Cu, Zn, Pb and Cd obviously enrich in particulate fly ash. The chemical species of heavy metal distribution ranking sequence generally is residual〉organic combinative〉Fe-Mn oxide combinative〉carbonate combinative〉ion-exchangeable. Lead＇s amiable-move species were high in proportion, amounted to 35%. Total content of Cadmium is at low level, but its ion-exchangeable species is relatively high in proportion. Nickel and zinc is mainly distributed in residue. Cu is mainly distributed in residue and organic combinative form. The content of manganese is relatively high in fly ash, and the carbonate combinative iron-manganese oxide combinative species are main chemical form. Cr is mainly distributed in residue, and its other chemical species are at low level. Compared with the soil background value of study area and Shandong Province, the content of Cu, Ni, Zn, Mn and Cr in fly ash of gangue power plant is lower. While contents of Pb and Cd were higher than background value, and amiable-move species is relatively high in proportion. They are more apt to cause heavy metal pollution.