GEOTHERMICS GEOLOGY

正20141588 Guo Shiyan(Green Energy Geothermai Development Co.,SINOPEC,Xianyang 712000,China);Li Xiaojun Reservoir Stratum Characteristics and Geothermal Resources Potential of Rongcheng Uplift Geothermal Field in Baoding,Hebei Province(Chinese Journal of Geology,ISSN0563-5020,CN11-1937/P,48(3),2013,p.922-931,2 illus.,4 tables,10 refs.)Key words:geothermal fields,Hebei Province     

ENVIRONMENTAL GEOLOGY

正20142512Chen Xiaoan(Jiangxi Provincial Research Institute of Soil and Water Conservation,Nanchang 330029,China);Yang Jie Distribution Characteristics and Causes of Collapse Erosion(Journal of Mountain Research,ISSN1008-2786,CN51-1516/P,31(6),2013,p.716-722,2illus.,7tables,14refs.)     

SEISMIC GEOLOGY

正20140644Cao Ying(Earthquake Administration of Yunnan Province,Kunming 650224,China);Wu Xiaoping Research on Structural Stress Field Basing on Focal Mechanism Solutions Data in Sichuan-Yunan Area(Journal of Seismological Research,ISSN1000-0666,CN53-1062/P,36(2),2013,p.165-172,6illus.,2tables,16refs.)     

ENVIRONMENTAL GEOLOGY

正20141205Cheng Weiming(State Key Laboratory of Resources and Environmental Information System,Institute of Geographic Sciences and Natural Resources Research,CAS,Beijing 100101,China);Xia Yao Regional Hazard Assessment of Disaster Environment for Debris Flows:Taking Jundu Mountain,Beijing as an     

ENVIRONMENTAL GEOLOGY

正20141810 Bian Yumei(Geological Environmental Monitoring Center of Liaoning Province,Shenyang 110032,China);Zhang Jing Zoning Haicheng,Liaoning Province,by GeoHazard Risk and Geo-Hazard Assessment(Journal of Geological Hazards and Environment Preservation,ISSN1006-4362,CN51-1467/P,24(3),2013,p.5-9,2 illus.,tables,refs.)     

ENGINEERING GEOLOGY

正20141768 An Shaopeng(Institute of Rock and Soil Mechannics,Chinese Academy of Sciences,Wuhan 430071,China);Wei Lide Experimental Study on Mechanical Behavior of Xigeda Formation Siltstone and Structure Interface(Journal of Engineering Geology,ISSN1004-9665,CN11-3249/P,21(5),2013,p.702-708,9illus.,1 table,16 refs.)     

COAL GEOLOGY

正20140950 Le Qilang(Center for Hydrogeology and Environmental Geology,China Geological Survey,Baoding 071051,China);Lin Chenghao The Relationship between Panji Anticline and the Development Characteristics of Interlayer-Gliding Structure in Panji Mine     

MATHEMATICAL GEOLOGY

正20141243Chen Ge(Hangzhou Research Institute of Petroleum Geology,PetroChina,Hangzhou 310023,China);Si Chunsong Study on Sedimentary Numerical Simulation Method of Fan Delta Sand Body(Journal of Geology,     

ECONOMIC GEOLOGY

正20141468 Tang Qingyan(Key Laboratory of Western Mineral Resources of Gansu Province,School of Earth Sciences,Lanzhou University,Lanzhou 730000,China);Zhang Mingjie The Magmatic Ore-Forming System of Late-Permian Emeishan Mantle Plume(Acta Petrologica et Mineralogica,ISSN1000-6524,CN11-1966/P,32(5),2013,p.680-692,5 illus.,102 refs.)     

江西国土地质的若干重大课题

以江西区域地质现象为基础,国土地质理论变依据,以江西的经济建设问题为研究对象,分３个方面９个课题,示范地论证了地质环境与自然资源,生态环境互为因果的休戚关系,为江西国土地质研究提出了明确搂选题方向。     

储集层地质学和封盖条件研究的进展

近十多年来储层研究在理论和方法上都有迅速发展,并逐渐形成“储层地质学”、“储层沉积学”和“储层地震学”等新兴学科。储层研究已进入定量化、构型化和模型化的新阶段,具体进展包括以下几个方面:(1)深部次生孔隙带、微孔储层、低渗透储层以及储层不均一性的研究;(2)储层的几何形态、结构、成因和演化的研究;(3)储层类型描述;(4)储层的地质和地球化学模拟;(5)三维构型研究和不同构型单元的划分多方面。     

济阳坳陷孤西负反转断层形成演化定量研究及其油气地质意义

以高精度三维地震资料和钻井资料为基础,对研究区断裂构造进行精细解释,确定孤西断层为"薄底型"的、且表现为北段缓而南段陡、并向西倾的负反转构造;通过回剥技术和平衡剖面等定量分析技术对垂直穿越孤西断层的典型地震剖面研究揭示,孤西断层在J3-K1时期断层性质发生改变,由逆断层反转变为正断层,且在印支、J3-K1和Ek-Es4时期剖面拉伸率分别为-4%,17.2%和18.5%;沿孤西断层走向方向不同位置计算其断层活动速率表明该断层整体经历了负反转运动。以上述分析为基础,论文从烃源岩、圈闭、储集岩和油气运移角度,探讨了孤西负反转断层在孤岛潜山油气成藏方面的重要意义。     

HISTORICAL GEOLOGY & STRATIGRAPHY

正20140985Chen Liang(Post-Doctoral Research Station of Mining Engineering,School of Nuclear Resources and Nuclear Fuel Engineering,University of South China,Heng-yang 421001,China);Huang Wei Composition of Major and Correlated Elements with Organic Matters and Paleoclimatic Implication for Lower Paleogene Sediments in Sanshui Basin     

成都平原隐伏断层氡气特征及断层活动性判别

对成都平原8条具有代表性的隐伏断层进行氡气测量,其研究表明其氡气特征除新津断层外其余都表现为多峰异常,成都平原隐伏断层大多为规模较大的断裂带,可能有多个分支断层组成。位于成都平原中西部边缘的隐伏断层活动性强于东部的隐伏断层,表明成都平原隐伏断层活动性受龙门山构造的控制。通过该研究,为监测隐伏断层的地震活动性提供了新的途径。     

SEISMIC GEOLOGY

正20141334 Chen Kun(Institute of Geophysics,China Earthquake Administration,Beijing100081,China);Yu Yanxiang Shakemap of Peak Ground Acceleration with Bias Correction for the Lushan,Sichuan Earthquake on April20,2013(Seismology and Geology,ISSN0253-4967,CN11-2192/P,35(3),2013,p.627-633,2 illus.,1 table,9 refs.)Key words:great earthquakes,Sichuan Province     

成都经济区天然放射性环境评价

根据区域化探数据预测地空界面天然放射性水平的基本原理和成都经济区1∶25万土壤化探数据中铀、钍、钾的含量数据,首次对成都经济区的天然放射性地质环境进行了研究和评价。结果表明成都经济区的地质构造和地表出露岩层与研究区的放射性环境有较大关系。在研究区的大部分范围内,40K比活度高于全国和世界的平均值,238U的比活度远低于全国和世界的平均值,232Th的比活度与全国平均值相当,但明显高于世界平均值。除龙门山褶皱带和峨眉山—瓦山断褶带的小部分地区外,成都经济区的各项辐射评价参数均在国家建筑材料放射性核素限量标准控制式的范围之内。该文可为合理、有效的利用成都经济区的国土资源提供支持,也可对加速成都经济区经济一体化和城市的可持续发展提供必要的参考。     

SEISMIC GEOLOGY

正20141967An Zhanghui(Lanzhou Base of Institute of Earthquake Prediction,CEA,Lanzhou 730000,China);Du Xuebin Study onthe Geo-Electric Field Variation of Sichuan Lushan MS7.0and Wenchuan MS8.0Earthquake(Chinese Journal of Geophysics,ISSN0001-5733,CN11-2074/P,56(11),     

ECONOMIC GEOLOGY

正20142114Lin Quansheng(China University of Geosciences,Bejing 100083,China)On the Geologic Characteristics and Economic Significance of the Cambrian Lintian Group in Fujian Province(Geology of Fujian,ISSN1001-3970,CN35-1080/P,32(4),2013,p.264-273,2illus.,2tables,6refs.)     

PETROLEUM GEOLOGY

正20140890 Bai Ru(National Key Laboratory of Continental Dynamics,Department of Geology,Northwest University,Xi’an 710069,China);Zhang Jingong Characteristics of Pore Character and Its Controls of Chang 6Reservoir of Zhiluo Oilfield(Journal of Northwest University,ISSN1000-274X,CN61-1072/N,     

深源岩浆作用与江西德兴大型矿集区成矿关系

德兴大型矿集区范围约长２０ｋｍ,宽１０ｋｍ,已发现３个大矿田１３个矿床和许多矿点。赣东北深断裂带控制了区域构造演化,岩浆活动和成矿作用。德兴矿集区的形成是构造－岩浆－成矿统一的地质作用的结果。深源岩浆作用对大规模多金属成矿有决定性的影响。中－新元古代海相火山喷发营造了双桥山群成矿建造— 矿源层。中生代I型花岗岩浆活动对大规模多金属成矿的制约主要有5个方面：(1)供给Cu、Pb、Zn、Au、Ag等成矿金属元素;(2)产生成矿热流体;(3)提供成矿热驱动力;(4)营造成矿空间;(5)激活围岩“矿源层”中的成矿物质参与成矿。