新世纪我国地质钻探技术发展的思考

探讨了新世纪我国地质钻探技术的发展，论述了综合钻探技术是我国未来地质钻探技术的发展方向，分析了发展综合钻探技术的必要性及有利条件，并提出了前期应做的准备工作。     

地质钻探技术发展有关问题的思考

在分析了目前我国地质工作对钻探技术的需求以及地质钻探技术现状的基础上，提出了我国地质钻探技术的远期、中长期、近期发展目标，明确了近期研发工作的重点和计划，并强调了科技创新，新方法、新技术的推广应用的重要性和加强探矿工程专业委员会作用的问题。     

地质钻探现状分析与技术展望

本文对当前地质钻探行业的现状从人员上,装备上,以及管理方面的分析,并提出了一些改进办法.对重要的钻探用装备先进的全液压动力头式钻机的优点作了介绍,在工艺技术方面提出了发展思路.     

“地质超深钻探”国家专业实验室发展规划

“地质超深钻探”国家专业实验室发展规划中国地质大学（北京）李砚藻在国家教委和地质矿产部的支持下，“地质超深钻探”实验室已经落成，大部分设备已到位安装。学校为这一实验室配备了专职队伍并建立了学委会。１９９３年在德国召开的国际大陆科学钻探会议上发布了关于...     

中国煤炭地质钻探技术发展五十年

概要介绍了煤田钻探技术五十年来的发展状况，提出了今后的设想。     

中国现代地质钻探技术

中国幅吊辽阔，矿产富饶。中国钻探历史悠久。４０余年来中国地质钻探在矿产、能源与水资源勘查以及工程勘察与建设中作出了卓越贡献。中国现代地质钻探技术正步入世界先进行列，其应用领域日益宽广。     

我国地质钻探现状和发展前景分析

我国经济社会发展已步入“新常态”。作为地质调查和矿产勘查工作重要技术支撑的地质钻探行业,资金投入显著减少,地质钻探工作量大幅下滑,常规钻探施工产能过剩;另一方面,地质钻探新的服务领域不断扩大,包括深部科学钻探,地热能及非常规能源勘查,海洋、灾害防治、生态环境、地外天体、极地方面的钻探等。如何应对地勘行业出现的问题,是全行业共同面对的挑战。在对当前及今后一段时期地质钻探工程面临的困难、挑战和机遇等进行调研分析的基础上,对我国地质钻探未来的发展前景进行了预测,认为地质钻探工作量将进一步减少,新领域、新业态的钻探工程及先进钻探技术和装备需求将进一步加大,更加贴近国家需求,更加注重环保理念。     

New Regions for Developing Energy and Mining Industries in Russia

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非金属矿物材料及其发展现状与趋势

本文论述了矿物材料的定义、类型，矿物材料学的概念、研究内容和任务；介绍并分析了我国非金属材料的发展现状与趋势；指出发展我省非金属矿物材料产业，对振兴湖南经济有重要意义。     

岩心钻探设备的现状与发展

介绍了国内外岩心钻机的发展现状，并结合目前我国的实际应用状况，分别就机械传动钻机、液压传动钻机与当今主流钻探工艺的适应性进行了分析比较，认为全液压岩心钻机是发展方向。但是，两种传动型式的钻机会在较长时期内共存，全液压岩心钻机的系列研发与机械传动岩心钻机的改型、改进应处于并重的地位。并指出在产品研发和产业化制造过程中需关注的问题。     

Changing relationships between Religion, the State, and Society in Russia

This paper first traces the major changes in the relationship between the (Orthodox) Church and State in the different Russian polities, using Madeley’s framework of historic mono-confessional blocs and multi-confessional belts. Second, it outlines the recent tendencies and characteristic features of church–state relations in today’s Russia. Third, using data from sociological surveys, it analyses the current dominant popular perceptions and societal attitudes towards religion and the State, including religious freedom. Being part of the historic mono-confessional Orthodox bloc, the different Russian polities produced different models of church–state relations: from a symphony of religious and political powers, through a forced nationalization of the Orthodox Church (Russian Empire from the époque of Peter the Great until revolution of 1917), and forced secularisation (during the Soviet Union), to a return of mutual support of (Orthodox) Church and State despite a formal (constitutional) separation in Putin’s Russia.     

日本桩工机械和基础施工方法现状

介绍了日本的几种常用桩工机械和基础施工技术，包括螺旋钻机、旋挖钻机、全套管钻机、水平顶管钻机、锚杆钻机、软地基处理钻机及其相应的施工方法。并提出了一些建议。     

General Stratigraphic Scale of Russia: State of the art and problems

The history of the development of the General Stratigraphic Scale (GSS), its significance, purpose, and difference from the International Stratigraphic Chart (ISC) are briefly reported. The most global achievements in the GSS refinement based on the Proceedings of the All-Russian conference at the Geological Institute of the Russian Academy of Sciences (May 2013) are considered. The main problems related to the GSS improvement are formulated: the structure of the Precambrian and Quaternary stratigraphic scales, the location of the Vendian System in the GSS, formal substantiation of the “Russian” stages of the Cambrian, Carboniferous, and Permian Systems, and the significance of the regional limitotypes of the ISC subdivisions.     

Mineral resources of high-tech metals in Russia: State of the art and outlook

Seven main ore-forming systems—porphyry and epithermal; orogenic related to granitic intrusions; magmatic ultramafic; volcanic-hosted massive sulfide and volcanic–sedimentary; sedimentary basins; related to alkaline magmatic activity; and placers and weathering mantles—are sources of high-tech critical metals. The following promising types of ore deposits containing high-tech critical metals as by-products are recognized: Cu–Mo porphyry, Fe–Cu–Au and Pb–Zn skarn, base-metal epithermal, volcanic-hosted massive sulfide, base-metal stratiform, various tin deposits, and placers containing rare metals including REE. The mineral resources of critical metals in Russia are compared with those known in other countries. The contents of high-tech critical metals in ores of some noble-metal deposits of the Russian Northeast are reported. It is shown that the subsurface of Russia possesses considerable mineral resource potential for hightech critical metals, which allows new enterprises to be created or production of operating enterprises to increase.     

Present Situation and Technical Developing Tendency of Shale Gas Development in China

<正>1 Introduction American shale gas production in 2005 year is 194×108m3 and it rapidly growth to 2600×108m3 in 2014 year,the successful development of shale gas change American energy supply pattern and make important influence to global energy supply and geopolitics(Daniel et al.,2007).At present China is a country with rich coal,lack oil and     

信息技术与地学的发展现状和展望

简述了信息技术与地学的发展现状,并对MAPGIS进行展望。