老柞山金矿田鸡爪沟金矿床地质特征及成因探讨

分析了鸡爪沟金矿床地质特征和成因 ,并对形成过程进行理论推导 ,认为该矿床为与火山作用有关的中温岩浆热液充填型矿床。     

太行山北段阜平幔枝构造成矿作用研究

阜平幔枝构造北东倾伏端,是轴部乌龙沟-上黄旗韧脆性剪切带与外围主拆离滑脱带的交汇部位,断裂构造发育,岩浆活动强烈,成矿控矿有利,矿床类型多样.笔者以上明峪主拆离滑脱带型金矿、镰巴岭上盘盖层裂隙型铜铅锌矿和支家地上叠断陷盆地中次火山岩裂隙型银矿为例,讨论了幔枝构造外围主拆离滑脱带、上盘盖层密集裂隙带和上叠断陷盆地次火山岩构造的成矿控矿作用,总结成矿规律,归纳成矿模式.     

洮南市北部丘陵区基岩裂隙水的赋存规律与找水方向

本文论述了洮南北部丘陵缺水区的水文地质条件和地下水赋存规律及地质构造、岩浆岩对地下水形成的控制作用，阐述了基岩地下水蓄水构造的基本类型，指出了找水方向。     

浅谈栾川门子岭滑坡

栾川县门子岭滑坡正处于复活期，危害较大。本文对滑坡的形成机理、动力特征计算及稳定性评价进行了探讨，为该滑坡防治工程规划提供了参考资料。     

华南花岗岩型铀矿成矿规律及成矿远景

花岗岩型铀矿是我国四大类型铀矿之一，它们主要集中分布于南岭中部的诸广一贵东地区，区内已发现数个花岗岩型铀矿田、数十个铀矿床，是我国花岗岩型铀矿最为重要的大型矿聚集区。花岗岩型铀矿在诸广、贵东岩体内的集中分布与区内富铀古陆块、深部构造环境、幔涌区强烈深源岩浆活动、挤压向拉伸转变的构造环境、富铀沉积建造及富铀岩体、多期次热液蚀变叠加、高低差异的放射性元素迁移、良好的还原条件和封闭环境等区域地质背景和条件有着十分密切的关系。从该区花岗岩型铀矿所具有的成矿规律和一系列有利于成矿的良好地质背景来看，该区乃至整个南岭范围地质背景相似的地区是铀成矿的有利地区，仍存在着寻找隐伏富大铀矿的巨大潜力。     

内蒙古北山重点成矿远景区主要地质特征与矿产资源潜力评价方向

本文根据北山地区区域地质背景、成矿地质条件及矿产分布特征,对北山地区初步划分出几个重点成矿远景区,建议作为今后进行区域固体矿产资源潜力评价的方向。     

用断层擦痕解析断层应力场的方法及计算机处理

断层面上的断层擦痕与形成断层的主应力有一定的空间几何关系，据断层的产状，性质，断层面上断层擦痕方位，可以定量解析断层应力场，通过编制计算机程序，使数据处理自动完成，经计算机处理后得出桂林市西侧的灵川-永福断裂带的应力场有3期或幕。     

Hydrothermal Redistribution of Rare—Earth Elements in Pingxiang Dacite,Guangxi

Distribution of the rare-earth elements (REE) in dacite has been studied so as to get a better understanding of the migration behavior of REE during alteration. Both unaltered and altered samples were collected in an unpolluted area of Guangxi Zhuang Autonomous Region, southwest China. The REE concentrations were analyzed by ICP-MS. It is concluded that the REE were enriched during dacite alteration in varying degrees. The chondrite-normalized REE patterns of altered samples approximately maintain the characteristics of unaltered samples. However, if we normalize the REE concentrations of altered samples with unaltered dacite, fractionation of REE will appear. The LREE are more enriched than HREE in all altered samples with the LREE possibly precipitated as carbonate minerals. Both positive and negative Eu anomalies exist. Enrichment, immobility and depletion are noticed for the element Lu. Heavy mineral alteration, difference in stability constant between carbonate LREE and HREE complexes, downward migration of weathering fluid and microenvironment change may be responsible for the fractionation of REE in the altered dacite.