化探背景与异常划分中的C型转换法

化学背景与异常在统计学上的差异同时表现在浓度和变差两个方面。在划分背景与异常时,把这两方面信息提取出来并作显化处理,使背景与异常的差别更大,以利划分,这就是Ｃ型转换的基本思想。介绍了Ｃ型转换法的基本原理及其在条件模拟和实际金矿区中的应用。     

珍珠陶石的夹层化合物法鉴定

应用联氨、使珍珠陶石形成其夹层物，然后再用水洗获是水合珍珠陶石，这种水合珍珠陶石具有十分特征的０．８３５ｎｍＸ射线衍射峰，而高岭石族的其它矿物却保持不变，利用这一明显的特征，可以容易地区分出混合在高岭石中的少量珍珠陶石。     

延安地区上三叠统长6期沉积特征及其演化

通过对川口油田测井曲线和岩心分析,总结了延安地区上三叠统长6期沉积微相特征,建立了长6期岩性和测井曲线的响应模式。再结合分析沉积的演化过程、电性和物性特征、骨架砂体的几何形态和沉积演变,得出该地区沉积相和演化模式。认为从长6₄到长6₁期沉积环境为湖泊、三角洲前缘、三角洲平原亚相到河流相。长6₁、长6₂是主力储层,其物性最好。      

中国东部中生代构造演变与聚煤作用的迁移

中生代期间，中国东部的构造演变具有从西向东不断发展，从南向北不断扩展的特点。正是这种从南向北的构造演变与潮湿气侯带由南向北的不断迁移相结合，决定了中生代聚煤作用不断地从南向北迁移。     

反倾岩质边坡变形特征的三维数值模拟研究--以龙滩水电站工程边坡为例进行三维变形特征分析

以龙滩水电站工程边坡三维变形为例,分析了层状反倾岩质边坡当边坡与岩层夹角变化时,边坡的变形特征。并通过数值模拟根据变形曲线对不同范围边坡与岩层走向夹角的变形特征进行了定性描述。     

An integrated linear/non-linear flow model for the conduit-fissure-pore media in the karst triple void aquifer system

Most karstic aquifer media may be characterized as the triple-void media with highly-varied hydraulic properties, including matrix pore, fissure and conduit, in which liner flow may co-exist with non-linear flow. In this paper, an attempt is made to couple linear flow with non-linear flow in a single unified flow governing equations by introducing the concept of equivalent hydraulic conductivity (EHC) and deriving a general Darcys law for various flow. The expression of EHC in the karst conduit and fissure are also derived. The procedures of numerical implementation are demonstrated via an ideal model and a case study of karst aquifer system in the Beishan Ore Formation area, Guangxi Autonomous Region, China.     

利用测井曲线的综合对比对高陂矿区的地质研究

在同一地区,各个钻孔的测井资料存在着一定的内在联系,不同的岩性,在各种测井参数曲线上有不同的响应特征.在高陂矿区,根据高放射性可以确定16#及18#煤层顶板的主要标志层为砂质泥岩;利用多孔参数曲线对比,可以确定各煤层位,厚度变化及断层性质.     

赣西南下奥陶统樟木曲组笔石带的修正和补充

本文在对笔石作系统研究的基础上,对樟木曲组的笔石带进行了补充和修正。由原来的9个笔石带划分为11个笔石带,厘定了各笔石带的范围和笔石群的总体面貌,并逐带与国内外进行了对比。文内还涉及到宁国阶的顶界、上下两层下垂时笔石以及关于肿笔石与心笔石混生的问题。     

Analysis on Marine Science and Technology Strategy and Key Layout of Japan and the Inspirations to China

The Basic Ocean Law (BOL) and Basic Ocean Plan (BLP) are important guarantee for the maritime strategy of Japan, which has established a complete policy system for the development of marine science and technology. On the other hand, the Japanese Government has started some major marine strategies and plans to promote the BLP. In this paper, the marine science and technology plans launched by the Japanese Government and its participation in the international cooperative research projects were introduced. The research of Japan Marine Science and Technology Center and the University of Tokyo Institute of Oceanography in the long-term planning and focus on the layout features, deep sea research technology layout, contents and advanced equipment were analyzed. At last, some recommendations for China’s development on marine science and technology were proposed, such as strengthening the legislation work and process, carrying out research and development of marine infrastructure with independent intellectual property rights, actively participating in international large-scale ocean plan, improving the discourse right and enhancing national maritime awareness and suggestions and so on.     

GPS-RTK与常规仪器配合在地质勘探测量中的应用

通过东山坞矿区的测量作业,简要介绍RTK在测量中的强大功能,重点介绍了GPS-RTK在地质勘探测量中的控制测量、工程点测设以及勘探线剖面测量等应用情况。结合常规测量仪器及技术方法,既弥补了RTK在矿山测量的不足,又体现了GPS-RTK的作业优势,同时反映出常规测量仪器不可替代的作用,两者相辅相成,相得益彰。