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【书名】 无机地球化学在石油地质中的应用
【作者】 王铁冠翻译
【出版日期】 2005
【出版社】 石油工业出版社
【文件格式】 pdf
【页数】 260
【内容简介】
第一章导论······················-··-··-··················，··，，，·，·，···，········，····，······……(1)
第一节背景情况···4··························。··················‘··-···，，‘····，········，·4···4一(1)
第二l’J’无机地球化学如何应用于石油地质学领域?·····‘···········4·，·····4·······……〔I)
第三节本}S所包含的内容················‘···········4···4······················，········4···4…(2)
第四节综述·，···························，·········。···。·················。····，···J···4···4···4·……(4)
第五节本书不涉及的范畴········4·····，·，······‘···，，，··，·································……(5)
第二章矿物结构与成分分析4·········，····‘··，，···········，，，·············4···4·············……(6)
第一节绪言················，·4···4·····。···························，······，··，··，，·············……(6)
第二节透射光显微镜分析··，···-···············‘·。，，············‘···········-，·，·，··，·······，一(7)
第三节阴极发光显微镜分析(C )···············‘·····································一(18)
第四节紫外荧光显微镜分析(U、下)·············，··，····4·····················4···……(23)
第五节扫描电子显微镜分析(}E}} .....,.......,..........................._.._....·一(24 }
第六节透射电子显微镜分析(TEM] ......___· ...,...,.....,.............................. } }g }
第七节X一射线衍射分析(X卫D)·4·····4·····‘······4····……:··，·，···，··············一(31}
第八节热重法释放水的分析('I"Ci一E}YA }··，，，······，·····························……(34)
第九节孔隙图像分析[PIA}····························，··············，·，··············一(3f)
第三章流体包裹体·····，···，···································‘······4····。··-···，···，······-，·，一(38)
第·节绪言·····4···4···4·······，·，·，··········。····。········4·····‘·······4·······，···，···，···……(38)
第二节与宿主矿物的关系·....._..._..............__.· ,..,.....,................................. } 4} }
第三节显微测温术1—原理··，·······。···，‘·····介······，，········‘··，···，·············一(43)
第四节显微测温术fl—解释........................,..........‘ .............................. } }g }
第五节一单个包裹体的非破坏性分析··············，··‘··。······················。·······，··……(59)
第六一节石油包裹体的全分析·。···，··········································，···，············一(b3)
第四章稳定同位素·····················4······，···‘，······，·····‘···4·········，···4···4·······，……(67)
第一节绪言········································‘··-·，，················4······················，一(67 }
第二节原理·····，，·························。·············，-·，······，················4·······……:·(&8)
第只节氧和氢·······，·，··，···，·········，·4··········‘················，······4···，，，，，·········……(73)
第四节碳······，···，·········，·········，···，·······，··，·········。·······，·4·····。·，····，，······。……(}6)
第五节硫··4······················，··4··，········，········。·······4·····4···················，·，·……(9}1)
第五章放射性成因同位素········‘································4···········‘··············‘·，·…‘94)
第一节绪言·····，···，················，·······。···················，··············‘···‘········……<94)
第二节放射性成因同位素体系·...............,................___..............._.· ,.,...,.,. } c}4 }
第三节钾(K)一氢{Ar)法年代测定法········。·············4·········4···4··········，一(%)
第四节纸分3叭:年代测定法··4·················，···介‘·，，，·，···············，····4··，·……(10幻
第五节枷}kb}一银( SI)体系·.........,......._..___· * .......,.....,..........,.....,. } 1 }
第六一，.s衫( urn)一饮( }d}体系，·············‘···，·，，。·············‘·········。·。·····……(E19}
第七节碳酸盐类的铀( LT)一针} 'I'h)一铝}Eea}年代测定法·······‘·······……f121)
第六章孔隙度和渗透率预测·-·········。·················。··，··，···，······················，·····一(123)
第，节绪言·······4·······4··············。···············。······，···，··················，·，，··……(123
第二节新区勘探中的储层质量预测.......,.....................,...,.......................... } 12助
第下节有效厚度/总厚度值的预测:墨西哥湾诺夫刊特封L.........................,..., } 133
第四a+.高岭石对砂岩孔隙度的影响;北海北部布伦特省···.............................. } 1}} }
第五节根据一口发现井作评价:北海北部马格努斯油田·................................ } l}f}}
第六节一个白玺油藏的裂隙.史:北海中部马杳尔油田···，··············，···········……(151)
第七ji渗透率的制约因素以及高渗透率层的成因:一比海中部福蒂斯油日······……(158)
第七章流体运移‘···························“·J·‘········，，、。·················‘·······‘········……{153
第一节绪言··，···4······‘，···，·，，·········，·······，········。·‘·····J·····。·····，···，·············4…(163)
第_.__ f?根据露头样bxrrs研究石油运移历史:法国阿毕坦盆地························4·一(('163)
第三节对成岩作用成因的天青石产状预测:北f}}} G} r}}."....,.........................‘一(368)
第四节运移途径的区域性制图:英C}陆上威尔德盆地··，，········4···4···4·······4··一(171
第}i }}一个油藏的允注史:荷兰陆上瓦尔韦克·....................· ,...................... }173}
第八章地层与油层对比···········，··，，······························，······················，···一(179)
第一竹绪言··········，·································。·············，··················，···，··……X179)
第二节地层对比····················4····介·..............- .....,...................,.......· ,....(1-}})
第三节岩性和油藏性质对比·..............,..· ,...,.,.*...........................,.........， ... } 1g2}
第四节勘探中的地层对比:挪威近海的第三系·············，···········4···4·········，··…(184)
第瓦节勘探中的地层对比;墨西哥湾上新一更新统·4，·········，，··。··················一(l}o}
第六节油藏连通性:挪威近海埃科非斯克油田的匕_{坐系··-······，·················……自93)
第七}f1油层对比;挪威近海居尔法克斯油田的:二叠一侏罗系··，·‘·4···4··········……(197)
第九章石油开采·········，····4·······4······，，···················，·········4······，··，·········，……( 202)
第一节绪言·4·4‘，·，·，·，·。····‘············，·································。·············，····……(202)
第_ ; fi- -.;次采油·············-，········。。········。·········‘·-··，·,.......................... ,... }}}}y
第..-} i}强化采油·.,...· .,..........................._..__· ,...,.....................,.........· ... }}}4}
第四节腐蚀性流体的生产····、·，，，······················‘····，·，·············4···4···········，一(2}5J
第五节二次采油:英国近海福蒂斯油田··········，·······················，·············……(206)
第六节_二次采油和气体酸化:英国多塞特维奇农场油日······-·······，···········……X209)
第七节强化采油—蒸气驱油:加拿大艾伯塔冷湖地区的油砂······，··········，··…(}y4)
第八节强化采油—火烧油层:加拿大萨斯喀彻温劳埃德明斯特油砂“·······，一(2}})
参考文献，·····························，·······，····························。···4···4·············4·，·……(220)
无机地球化学在石油地质中的应用.part2.rar
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