东乡铜矿断裂带构造地球化学及找矿标志

东乡铜矿区主要断裂带SiO2明显为带入组分，K^ ,Na^ ,Ca^2 ,Mg^2 属带出组分，Fe^3 /Fe^2 比值相对较低，成矿元素Cu,Pb,Zn,Ag,Au,As,Sb,Mo,Sn含量增高，属于明显的带入组分，可作为储矿断裂的找矿标志。     

北祁连山地区成矿环境和成矿旋回特征

通过北祁连山地区成矿环境和成矿旋回的地质地球化学研究,得出北祁连山成矿旋回是地幔软流圈物质运动的结果,每种成矿环境都是地幔演化的阶段性的具体表现.认为洋脊热液型铁铜矿床是北祁连山最有远景的找矿类型.     

太原市兰村泉域地下水的利用及管理

通过对太原市兰村泉城内兰村、西张、枣沟三大水源地地下水开采量、水位、水质的分析，阐述了因地下水超采造成泉域内大范围的地下水位下降，部分地区形成地下水降落漏斗，从而导致水质污染、地面沉降等问题。进而提出了分质供水、优质优用的供水方式和做好人工回灌，限制地下水开采量等防范措施。     

花岗岩残积土桩基施工中的问题及解决办法

文章总结了梧州市常用的沉管灌注桩、钻孔灌注桩和人工挖孔桩在以花岗岩残积土为桩基持力层时施工中的特点及容易出现的问题，并提出相应的解决办法。     

Geochemical Studies of Sodium Enriched Metavolcanite Series in the Area of Longbohe Copper Deposit,Yunnan Province,SW China：Nd,Sr and Pb Isotopic Characteristics and Chronology

The chronological data obtained by a variety of dating methods have confirmed that the sodium enriched metavolcanite series in the area of the Longbohe copper deposit at Jinping, Yunnan Province, was formed during the Proterozoic (its Pb−Pb isochron age=1595±75 Ma), corresponding to the Dahongshan Group sodium enriched metavolcanites. The Sm−Nd isochron age of 1336±46Ma should represent the time at which this series of volcanic rocks experienced spilitization in response to sodium metasomatism, equivalent to the time of sedimentation of the Ailaoshan Group and Yashan Group rocks. The Rb−Sr ages of the volcanic rocks and the Pb−Pb ages of copper ores have recorded the events of strong dynamic metamorphism and of strong reworking-metallogenesis of copper during the Jinningian period. Similarities in forming age, rock assemblage and isotopic characteristics between the sodium enriched metavolcanite series and the Dahongshan Group sodium enriched metavolcanite series have provided new clues to the exploration of the Dahongshan-type copper deposits in this area. Granted jointly by the National Natural Science Foundation of China (Nos. 49702022, 40073001) and the State 973 Program (No. G1999043215).     

固结灌浆煤矿巷道堵水施工技术

分析了固结灌浆煤矿巷道堵水施工的机量，并结合工程实例介绍了固结灌浆法煤矿巷道堵水工程实践与处理效果。     

钻孔灌注桩事故防范与桩基质量控制

在钻孔灌注桩施工过程中，对经常发生的工程事故，介绍了几种防范措施和钻孔灌注桩施工中的重要指标桩底回淤量的控制方法，通过防范工程事故、控制回淤量，从而达到提高桩基质量的目的。