Organic geochemistry of dolomite from the Cambrian Maidiping Formation in Emei,Sichuan,China
ma ye-qing1; lin li1; pang yan-chun1; fu xiu-gen2; li de-liang11.instiute of sedimentary geology; chengdu university of technology; chengdu 610059; china; 2.chengdu institute of geology and mineral resources; chengdu 610082; china

..............page:242-247

Reservoir diagenetic facies characteristics of Paleogene Funing Formation in the Gaoyou sag of Subei basin,China
fu qiang; chen hai-zhoustate key laboratory of marine geology; tongji university; shanghai 200092; china

..............page:225-231

Determination of the percentage of condensate oil on the spot by a log method in the Niger delta
liu wei1; 2; bai quan-sheng3; yang hui-chen4; zhao wen-jie31.college of energy resources; chengdu university of technology; chengdu 610059; china; 2.department of exploration project management; shengli oilfield; dongying 257001; china; 3.sinopec shengli well logging company; dongying 257062; china; 4.dongsheng petroleum development stock co.; ltd.; slof; sinopec; dongying 257062; china

..............page:253-256

Method of composite-facies-controlled model used in the creative model of oil and gas reservoir parameters
dong wei1; yang min1; guo yong-jun2; shen jing-fen2; zhao li-ming21.state key laboratory of oil and gas reservoir geology and exploitation; chengdu university of technology; chengdu 610059; china; 2.geological institute of the third exploitation factory of huabei oilfield company; hejian 062450; china

..............page:257-262

Wave-field modeling of common shot gather records based on Huygens Principle
wu yong-guo; he zhen-hua; huang de-jistate key laboratory of oil and gas reservoir geology and exploitation; chengdu university of technology; chengdu 610059; china

..............page:274-278

Maintaining semi-structured spatio-temporal data based on a nesting-relation-oriented model
yang jun; li yong-shugeography information science centre; civil engineering college; southwest jiaotong university; chengdu 610031; china

..............page:279-284

~(40)Ar-~(39)Ar dating of the muscovite in the mylonite of the Mohe ductile shear zone in northern Da Hinggan mountain and its geological significance
wu guang1; fan chuan-wen2; li zhong-quan3; mi mei1; liu jun1; zhu ming-tian1 1.key laboratory of mineralization dynamics; guangzhou institute of geochemistry; chinese academy of sciences; guangzhou 510640; china; 2.daqing oilfield company ltd.; daqing100039; china; 3.state key laboratory of oil and gas reservoir geology and exploration; chengdu university of technology; chengdu 610059; china

..............page:297-302

Type and distribution characterestics of the faults in the B depression of the Zhujiangkou basin,China
chen jun; xu guo-qiangcollege of energy resources; chengdu university of technology; chengdu 610059; china

..............page:309-316

The formation and evolution of the highest peak of Mountain Songshan,Henan,China
li qiang; wang mei-yingdepartment of geology and mineral resources prospecting; zhengzhou school of industrial and trade; zhengzhou 450007; china

..............page:317-322

A study of removable decontamination technology of U/Pu contamination metal assembly based on electrolysis
huang he-xiang1; 2; tian qing-qing2; 3; mu ke-liang3; dong wen-jing2; zhou xiao-bo2; wu jun-hong2; xu zheng-qi31.faculty of engineering; china university of geosciences; wuhan 430074; china; 2.china academy of engineering physics; mianyang 621900; china; 3.college of applied nuclear technology and automation engineering; chengdu university of technology; chengdu 610059; china

..............page:328-332

Model for comprehensive evaluation of soil slope stability based on indeterminacy mathematics and its application
yu wen-zhicollege of information management; chengdu university of technology; chengdu 610059; china

..............page:333-336

Research and application of the attenuation theory for seismic wave based on the wave equation
yin chen; he zhen-hua; huang de-jistate key laboratory of oil and gas reservoir geology and exploitation; chengdu university of technology; chengdu 610059; china

..............page:263-267

Characteristics of fluid inclusions in the barite of lacustrine hydrothermal sedimentary rock from the Lower Cretaceous Xiagou Formation in Qingxi sag,Jiuquan basin,China
wen hua-guo1; zheng rong-cai1; hai-ruo qing2; fan ming-tao3; wu guo-xuan4; xia pei-fen4; wang man-fu3; sang ting-yuan3; liao yi1; chen hao-ru11.state key laboratory of oil and gas reservoir geology and exploitation; chengdu university of technology; chengdu 610059; china; 2.department of geology; university of regina; regina sk canada s4s oa2; 3.yumen oil-f ield company of cnpc; jiuquan 735019; china; 4.state key laboratory of marine geology; tongji university; shanghai 200092; china

..............page:288-296

A discussion on the alteration features and genesis of the Xiongcun Cu(Au) deposit in Xietongmen County,Tibet,China
chen yuan1; tang ju-xing2; sun chuan-min1; lang xin-hai3; huang yong11.college of earth sciences; chengdu university of technology; chengdu 610059; china; 2.insitute of mineral resources; chinese academy of geological science; beijing 10037; china; 3.tibet tianyuan minerals exploration ltd.; rikaze 851000; china

..............page:303-308

The evaluation of natural radioactivity using the geochemical prospecting data in 1∶50000 scale
ge liang-quan1; lai wan-chang1; huang yuan-qing2; zhang qing-xian1; lin yan-chang1; cheng feng11.the college of nuclear technology & automation engineering; chnegdu university of technology; chengdu 610059; china; 2.the institute of uranium geology exploration; beaura of nuclear industrial geology of sichuan; chnegdu 610059; china

..............page:323-327

The Web Services technique and its application in the system integrated
zhao su-huadepartment of electron and information engineering; sichuan college of education; chengdu 610041; china

..............page:285-287

A preliminary discussion on the application of geophysical methods to dump in a mine
hu jun-feng1; 2; mu ke-liang31.college of water sciences; beijing normal university; beijing 1000823; china; 2.ministry of civil affairs of the people s republic of china; beijing 100053; china; 3.college of applied nuclear technology and automation engineering; chengdu university of technology; chengdu 610059; china

..............page:268-273

Analysis of sedimentary facies and reservoir characteristics of Middle-Lower Ordovician Yijianfang Formation in Tuofutai area,Tahe oilfield,Xinjiang,China
zhu he; liu jia-duo; meng wan-bin; yang yong-jianstate key laboratory of oil and gas reservoir geology and exploitation; chengdu university of technology; chengdu 610059; china

..............page:232-237

A new method for studying the effective hydrocarbon source rocks:An example for Well HHK1 of Huanghekou depression in China
kong qing-ying1; zheng rong-cai2; zou hua-yao11.faculty of natural resources and information technology; university of petroleum; beijing 102249; china; 2.state key laboratory of oil and gas reservoir geology and exploitation; chengdu university of technology; chengdu 610059; china

..............page:248-252

Preservation conditions of the southern 3 area fault zones in Xinzhuang oilfield,Henan,China
jing xiao-yan1; wang hong-hui1; lin jia-shan1; luo yu1; liu wei1; zhou wen1; wang ke-jie21.state key laboratory of oil and gas reservoir geology and exploitation; chengdu university of technology; chengdu 610059; china; 2.exploration and production research institute of henan oilfield company; sinopec; nanyang 473132; china

..............page:238-241