太原市东山矿区岩溶地下水排供结合研究

太原市为华北地区严重缺水城市之一，而与此紧紧相连的太原市东山煤矿，丰富的岩溶地下水造成750下山煤层无法开采。为了解决东山煤矿12873万t煤炭资源带压开采问题及缓解太原市供水紧张的局面。笔者从分析东山岩溶水系统水文地质条件入手，对井田内水文地质条件进行了定量研究，认为将东山煤矿的疏干降压与太原市的供水结合起来其利大于弊。     

利用不溶性钾矿提钾的研究现状及展望

简要介绍了我国和世界钾盐资源的分布及钾的供需状况，以及缓解我国缺押局面的主要途径，着重综述了我国不溶性钾矿资源状况和国内外利用不溶性钾矿提钾的研究现状和工业应用成果；最后阐述了利用不溶性钾矿提钾工业中存在的问题及其发展前景。     

抚顺石油一厂地表变形初步探讨

石油一厂地表变形的主要因素是西露天矿露天台阶开采, 引起厂南缘边坡失稳、变形和地面沉陷, 同时促使其它因素活化, 更加剧了地裂缝和变形发展。     

从四川盆地盐类变质资料看找钾方向

四川盆地三叠系盐类在地史经历中，经受强烈的热融和水溶变质作用，使盐类沉积原始面貌发生深刻变化。（钾组分转入液相，形成液态钾盐—富钾卤水）现剖面所见硬石膏、杂卤石、硫镁矾、无水钾镁矾等多系热融和水溶变质产物。面对这一现实，理顺和拓宽四川找钾思路，勘查开发液态钾盐，是四川找钾的新方向。     

An historical review of landslide research in the South Wales coalfield

Summary The areal density of landslides in the coalfield of South Wales is one of the highest in the UK. During the past 100 years landsliding has had considerable impact, causing structural damage and loss of life. Most of the landslides were initiated under periglacial conditions but many became reactivated due to the activities of humans, particularly during the late 19 th century when widespread urban and industrial development commenced in the Welsh valleys. A number of the area's larger landslides are first-time slides which occurred during the past 100 years. This paper sets out to chart the history of landslide research in the coalfield, which began through work by mining engineers.     

采矿活动对生态环境的污染及治理

通过对国内、国外几个矿区的实例介绍，对历史上采矿活动中对生态环境的污染作了简要的叙述。表明采矿活动对生态环境的污染包括水系、岸边植物、水中微生物、鱼类以及地下水、农业、大气、土壤等，甚至直接危险人体健康，还叙述了采矿污染的原因并简要介绍了几种对采矿污染的治理方法。     

地理信息系统在煤炭生产中的应用研究──煤矿地质测量信息系统（CMGIS）的开发

应用地理信息系统理论、技术和方法，针对煤炭生产管理中的地质测量问题，研究开发了煤矿地质测量信息系统（ＣＭＧＩＳ）。在分析ＣＭＧＩＳ系统目标的基础上，确立了符合煤炭生产管理实际需要的系统硬件配置和逻辑结构，着重论述了ＣＭＧＩＳ的软件组成及系统功能。ＣＭＧＩＳ较其它应用系统具有较强的图形功能，能较好地解决煤矿地质测量成图问题。     

Geology of epithermal silver-gold bulk-mining targets,bodie district,Mono County,California

The Bodie mining district in Mono County, California, is zoned with a core polymetallic-quartz vein system and silver- and gold-bearing quartz-adularia veins north and south of the core. The veins formed as a result of repeated normal faulting during doming shortly after extrusion of felsic flows and tuffs, and the magmatic-hydrothermal event seems to span at least 2 Ma.Epithermal mineralization accompanied repeated movement of the normal faults, resulting in vein development in the planes of the faults. The veins occur in a very large area of argillic alteration. Individual mineralized structures commonly formed new fracture planes during separate fault movements, with resulting broad zones of veinlets growing in the walls of the major vein-faults. The veinlet swarms have been found to constitute a target estimated at 75,000,000 tons, averaging 0.037 ounce gold per ton. The target is amenable to bulkmining exploitation.The epithermal mineralogy is simple, with electrum being the most important precious metal mineral. The host veins are typical low-sulfide banded epithermal quartz and adularia structures that filled voids created by the faulting. Historical data show that beneficiation of the simple vein mineralogy is very efficient. On the cover: Southeast view of Bodie mining district in Mono County, California, one of the more famous pioneer epithermal gold producers in the western U.S. Recent exploration drilling suggests an additional resource of 2 million ounces of gold. The townsite is at the intersection of roads near the center of the photo. The foreground is mainly tuff breccia of the Bodie Hills volcanic field. Arcuate lines in the valley beyond the hills are old Mono Lake shorelines. The White Mountains form the ridge on the skyline. Photo by Frank Kleinhampl, about 1970.     

Computer-controlled automated jumbo drilling robot manipulator

Summary This programme involves the study of the technique of using a micro-computer to control a rock drilling machine. The motion of an existing jumbo machine has been successfully analysed. The kinematic control equations are established for any given geometrical configuration. The computer software has been written to demonstrate its feasibility. The needs of hardware implementation are also discussed.The Deputy Chief Engineer at Yangzhuang Coal Mine, Hueibei Coal Mining Bureau, China.