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R:885-900,16;4,_N,c[Ilb,RёO,s5s,l\,^tgZ,f[t,P,hgޘ,&{R,NgGoZS,NSvk,[Z,Ng[\,:c,HQMb4^,{NUSMODiagenetic alteration and its control on reservoir quality of tight sandstones in lacustrine deep-water gravity-flow deposits: A case study of the Yanchang Formation, southern Ordos Basin, China6SCIyf[_e"}_pS7RHr ,SCIEyf[_e"}_Q~Hr ,EI] z"}_ ,ESIW,gyf[chpenc^ N:SwS: 110 u: 676-694u~R,NgO,sZS,4T܀T,NgfNR`,sfkc,\'YRsfkcMARINE AND PETROLEUM GEOLOGY\'YRc[IlbEI] z"}_ _ڋMarine and Petroleum GeologyEI_`lArtificial neural network assisted prediction of dissolution spatial distribution in the volcanic weathered crust: A case study from Chepaizi Bulge of Junggar Basin, northwestern Chinav 110,p928-9400um,_`l,!,sQ,s_z0umNoQwvVnvSl.l/'lSTirR^yr_SvQ^(u. sN0W(Ng }h,_0ufk,SCg, _N.s,4T^R,g fpNg }hsN0W(Lacustrine paleoshoreline determination under established sequence stratigraphic framework and its controls on sand bodies and hydrocarbon accumulationsv 110,p497-517,NGS,R,Guo, Yan-ru,Ge, Jia-wang,Xu, Xiao-mingNGSRIdentification of phenyldibenzothiophenes in coals and the effects of thermal maturity on their distributions based on geochemical data and theoretical calculationsv 138,1g_z,NgO,USQ,Ayup,Q`{n,RSf:_,*m1g_zOrganic GeochemistryNgOChanges of composition and content of tricyclic terpane, hopane, sterane, and aromatic biomarkers throughout the oil window: A detailed study on maturity parameters of Lower Toarcian Posidonia Shale of the Hils Syncline, NW GermanyFeUga,Littke, Ralf,Zieger, Laura,Baniasad, Alireza,NgO,Schwarzbauer, JaneUga Littke, RalfAlteration and burial dolomitization of fine-grained, intermediate volcaniclastic rocks under saline-alkaline conditions: Bayindulan Sag in the Er'Lian Basin, Chinav 110,p621-63731gNS,>N,]*,Dowey, Patrick J.,Taylor, Kevin G.,1gq{Oe,hwZ1gNSPrediction of exploration targets based on integrated analyses of source rock and simulated hydrocarbon migration direction: a case study from the gentle slope of Shulu Sag, Bohai Bay Basin, northern ChinaSCIEyf[_e"}_Q~Hr ,ESIW,gyf[chpenc^ wS: 23 g: 6 u: 977-989 NR,UO[5,ؚHQ_NRGEOSCIENCES JOURNALSCIUO[5eOrigin and formation mechanisms of low oil saturation reservoirs in Nanpu Sag, Bohai Bay Basin, Chinav 110,p317-334!V&,^\Z,_Q,s5e,Qꖯ~,"Oj_,Hvf,yP[:_,hTckV&gIdentification, distribution and geochemical significance of four rearranged hopane series in crude oil3*m,NgO,se:_,$\uQ,RSf:_,hgT,RV,Hnvt,Uwiringiyimana, Martin*mQyGb |/ed>x\ vbVTR^SvQll0W(aIN S'Y-Ne8h_g R,CSTPCD-NVyb8h_g R ~ng R -Ne8h_g R:,15 _g,~SN,ؚ],sQ,hgS,[N,}vNeg,R'YkS _g-NVwN'Yf[f[bSNhT0W:SW@x0W(Ƌ[`NW0WYef[DnċVQN,g R2019t^47g:25-26,2Nyu,hTP[R,hwZ,cs~,Y[wmm,R_ZNyuYeYef[[Wwlf[b[x\bυgTST[^Soxvz -Ne8h_g R:,13Y,R,,cQ, _Z, O2m,N%fpQY mB\kpq\xQ\q\b_b:gtSvQcvaINxvz:N~gv0W^ml0u:NO -Ne8h_g R:,8[r g,s5e,,g_,NePO,&q\[r g0Wf[MRwlN)Y6ql0W(g(gv0W\SeaWW\PB\yr_S)Y6qlbυagNRg -Ne8h_g R:,19&q\,[r g,"^[, _8l^,NgO],4T_Ė,sl,Ng#k&q\TXll0umWlυ N TbV\nPƖSOh_ -Ne8h_g R:,9YOzf,s_z,Ow,Q,Ng8l:_YOzfll0W(NǑ6eslPore structure and fractal characteristics of Ordovician Majiagou carbonate reservoirs in Ordos Basin, China103(11), 2573 2596.!V&,s~g,s5e,ws_l,u*Ys^,^\Z,Qꖯ~,yP[:_,e:_ AAPG BULLETINHydrocarbon generation and expulsion characteristics of the source rocks in the third member of the Upper Triassic Xujiahe Formation and its effect on conventional and unconventional hydrocarbon resource potential in the Sichuan Basinv 109,p175-192EZheng, Dingye,^ĖGY,Ma, Xinhua,Li, Changrong,Zheng, Tianyu,Zhou, Liming Zheng, DingyejGenesis and accumulation of natural gas in the Upper Palaeozoic strata of north-eastern Ordos Basin, ChinawS: 54 g: 6 u: 3212-3225?Shao, Xinhe,^ĖGY,Yypg,Li, Longlong,NgIS,Zheng, Dingye,Huyan, Yuying Shao, XinheGEOLOGICAL JOURNALDiagenetic characteristics and reservoir quality in tight gas sandstones: A case study of the Shanxi Formation in the north-eastern Ordos Basin, ChinawS: 54 g: 6 u: 3257-3271<Shao, Xinhe,^ĖGY,Yypg,Li, Longlong,Huyan, Yuying,Zheng, DingyeuLithology identification using well logs: A method by integrating artificial neural networks and sedimentary patterns N:SwS: 182NSfe,OR9h,[[,R,H_aW,sUk,zfNSfe,Journal of Petroleum Science and EngineeringOR9h,[[Effects of total organic carbon content and leaching water volume on migration behavior of polycyclic aromatic hydrocarbons in soils by column leaching testsSCIEyf[_e"}_Q~Hr ,EI] z"}_ !wZ,Ns, _gq,seO,sQ,NZZ,cNl!wZEnvironmental Pollution _gqGrid density overlapping hierarchical algorithm for clustering of carbonate reservoir rock types: A case from Mishrif Formation of West Qurna-1 oilfield, Iraqv 182,sYa,s_z,Osumanu, A., _VpS,NgQm,bSsYas_zSource rocks geochemistry and oil-source correlation in the Aershan and first member of Tengge'er formations of the Wulan-Hua sag in south of Erlian Basin, Northeastern ChinaKNGS,R,Zhang, Yi-ming,Wang, Xin,Tian, Ning,Li, Ling,Wang, Hui-lai,Jiang, TaoPore structure evaluation of tight reservoirs in the mixed siliciclastic-carbonate sediments using fractal analysis of NMR experiments and logsv 109,p484-493e:_,s5e,NgN\,NhQP,Nr~g,kgO, _ zi`, _Que:_s5eReconstruction of sediment-dispersal patterns using seismic sedimentology in the southeastern Zhanhua Sag, Bohai Bay Basin, China"1gq{Oe,R:_N,[[e,cs~,1gNS,fi,Yong, Yang1gq{OeNitrogen isotope compositions of the Upper Triassic Chang 7 Shale, Ordos Basin, North China: Implications for depositional redox conditionsv 109,p279-290Hw)P,g^_,FUe,fszHw)P N҉2m EmwmlySO|Fn g:g(R^c6RV } -Ne8h_g R:,14 H\z,ؚ\,_e_,RQY< H\zlyf[buThe impacts of nano-micrometer pore structure on the gas migration and accumulation in tight sandstone gas reservoirs'SCIEyf[_e"}_Q~Hr ,EI] z"}_ ,ESIW,gyf[chpenc^ GQiao, Juncheng,Zhao, Xianzheng,fn,Han, Guomeng,Jiang, Shu,Feng, Sen,QgQiao, JunchengEnergiesfnOil and Gas GeologyCement characteristics of overgrown authigenic ferron dolomite and its impact on tight sandstone reservoirs qualities: Case study of the Chang 4 & 5 members of Triassic Yanchang Formation in Longdong area, Ordos Basinv 40,n 5,p1065-1073ؚ3,R%f,}vSfsO,s_z,hghf,H Vj,]*ؚ3Pore types and geological significance of calcarenaceous sandstones in the 3rd member of Xujiahe Formation in Yuanba area, Northeastern Sichuan Basinv 40,n 5,p1115-1125!Ub,'Y^,sZ,wee,\g~Cg,Y[wmm,s1r,hT_R`,>SfpQUb'Y^gWWOQSb_Ǐ zN~yceCQ!jb  [NwmFgv0WbV/T:y-Ne8h_g R:163-173,11sN9N,Nyu,R_Z,sNR`,s8sN9N wm m0W(N,{V~0W(VnQws^S0W:S)Y6ql0WtSf[yr_0bV{|WSegnRg-Ne8h_g R:42-52,11 RQe,HS,1g_ePRQe-NVwm Nll wm^Gb5gSlygWxvzۏU\-Ne8h_g R:88-106,19 _sOsO,4T܀T _sOsO$SfNwZ,sёz,퐪R`,ё/cNY,1g\N,sf'\,Ng3,NgUx,NUY,sQSfNwZ2k\'`([>x\PB\-Nu~lwSvq_TSllPB\aIN  NQvV\v0WsVnQwsS0W:S NLN\y~:NO -Ne8h_g R:,12!OfGY,wms,,g_,sQR,Wck_l,hgS,:Y,[rT,:_,0ucR`OfGY CSTPCD-NVyb8h_g R ~ng R ,S'Y-Ne8h_g Ryryllυnf0W(f[ΑY[  \sx_  Yef[c"}N[S'Y-Ne8h_g R,VQN,g R 7/5/ 623-627hwZ,NyuhwZReYexvz1noclS~n\v{|WSly!j_   NStY\Orientev0WS:SWW N}vW~Napo~LUk:NONg3,ё/cNY,1g\N,SfNwZ,dW,Ξ^t,sёzNg3NSwl'Yf[f[b-Ne8h_g R:1158-1171,14Ng/cf,`iu,R_,!],0u^z,sCQpg,ؚwZ,S:_Ng/cf]WS0W:Sln~u\\v[u\T[zzvc6R-Ne8h_g R:1192-1201,10sf,Rm+Y,jl m,v`,ѐss,WlNSsfRm+Y_Present geothermal characteristics and influencing factors in the Xiong'an New Area,North ChinaSCIEyf[_e"}_Q~Hr ,VYN,g R 2019/12/3884 ҘҘ,1g O^,`iuҘҘmSpectrum of pore types and networks in the deep Cambrian to Lower Ordovician dolostones in Tarim Basin, ChinaV&,s~g, _bh,s5e,[y:_,He,hgy+Y,8^ePIn situ stress determination and fracture characterization using image logs: The Paleogene Dongying Formation in Nanpu Sag, Bohai Bay Basin, China[r g,RXt,V&,s5e0WDe0W(ʑx'`Yef[!j_vg^N[CSTPCD-NVyb8h_g R ~ng R 2018/3/86-889\_Q,_`l,sl,Y[`Oe,Y[vy9\_Q'Yf[YeTIGHT COUPLING BETWEEN THE CYCLICITY OF DEEP-WATER SYSTEMS AND RISING-THEN-FLAT SHELF-EDGE PAIRS ALONG THE SUBMARINE SEGMENT OF THE QIONGDONGNAN SEDIMENT-ROUTING SYSTEMwS: 89 g: 10 u: 956-9758bg,Qi, Kun,Ma, Yuan,Li, Dongwei,Feng, Nan,Xu, HongxiangbgJOURNAL OF SEDIMENTARY RESEARCHwS: 253 u: 1300-1316TNO z,Qh,U`,Qh,Qg,,nёoTNO zFuel(QSNޏv0W}vgr^Qw N}vW~~SfpQNatural fractures in tight-oil sandstones: A case study of the Upper Triassic Yanchang Formation in the southwestern Ordos Basin, ChinawS: 103 g: 10 u: 2343-2367;TeŖ,fTl,Zhou, Sibin,Du, Xiaosheng,Xia, Dongling,RVs^,Ng^_,QRehTeŖ AAPG BulletinSCIEyf[_e"}_Q~Hr <Shiyou Kantan Yu Kaifa/Petroleum Exploration and Developmentwl[0W(NwmVnQwAl0une~/n~ NkSB\x\lysX1gky,Ğ[fk,s"k,UO$y,^n,XONf1gkylv0WQwSя|lV NNklyvSoS-Ne8h_g R:1222-1234,13sYe,Y(WtQ,IQIN,^i`,sO,bS"ksYe  Tg'Yf[f[b(0Wtyf[Hr)]-Nk Nln^~B\^e,^8l\,NgU,l,sO*m,~hgh>e[3Tg^:SWWdqPB\SˆHegSvQq_T:gtRgY[)Yz,^8l\, _SfZ,l,v+usgaY[)Yzdqpf[b0Wlyf[ z^NYef[9ei[2019t^28g:72-73,2cs~,1gq{Oe,s5e,Xoc,]Nǂcs~0Wtyf[V]v0We|opq_~NnSOPB\ly!j_Nir'`yr_ -Ne8h_g R:,21_T*,pQMbO,l3t,စ,HimY,Ngs^s^,NS_T*WA method of making deepwater shallow sediments considering their rehological propertieswS: 37 g: 6 u: 721-726 SSR`%Marine Georesources and Geotechnology{Characterizing meander belts and point bars in fluvial reservoirs by combining spectral decomposition and genetic inversionwS: 105 u: 168-184NgO,\'YR,4T܀T,seg,NgeP,sfkc,0u TNgOPyrite Morphology as an Indicator of Paleoredox Conditions and Shale Gas Content of the Longmaxi and Wufeng Shales in the Middle Yangtze Area, South China wS: 9 g: 7.RP[,HQ,Zhang, Jinchuan,TOey,sh,^ek,wf[e,U~t,"^pgRP[MINERALSHQFull-scale pore structure and its controlling factors of the Wufeng-Longmaxi shale, southern Sichuan Basin, China: Implications for pore evolution of highly overmature marine shalewS: 67 u: 134-146jl m,Rm+Y,_ck^,WlNS,v`,sfjl m.Journal of Natural Gas Science and Engineeringjl m,Rm+YxUsing image logs to identify fluid types in tight carbonate reservoirs via apparent formation water resistivity spectrumwS: 178 u: 937-947e:_,s5e,NhQP,NgN\, _Qu,:zfZS,Ng^lDiagenetic controls on the quality of the Middle Permian Lucaogou Formation tight reservoir, southeastern Junggar Basin, northwestern ChinawS: 178 u: 139-155 yr R: SIR,lKQ,OR9h,땗g,Hy)RR픰Geochemical characteristics of the Triassic Chang 7 lacustrine source rocks, Ordos Basin, China: Implications for 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Kangning field, northeastern Ordos Basin, ChinawS: 105 u: 238-250|T^,^ĖGY,Yypg,Ng,ѐ[N,ew|T^hConstruction and destruction of an autogenic grade system: The late Holocene Mekong River delta, VietnamN:SwS: 47 g: 7 u: 669-672sO,Tamura, Toru,Muto, TetsujisOGeology Muto, TetsujiWSite and Timing of Substantial India-Asia Collision Inferred From Crustal Volume BudgetwS: 38 g: 7 u: 2275-2290hT^R,ςimhT^R TectonicsMesozoic and Cenozoic tectono-thermal reconstruction of the western Bohai Bay Basin (East China) with implications for hydroca< rbon generation and migrationVYN,g R,SCIEyf[_e"}_Q~Hr 160, 380-3958^eP,`iu,u$ck,l[,R_,Z SJournal of Asian Earth Sciences`iuV]v0Wln~u\-Nxxvwirb_b:g6R-Ne8h_g R:79-85,7퐪R`,ё/cNY,u^NS,]f[Oe,sёzĞsWwlNQwT[^~wlDn\oRSRceT-Ne8h_g R:55-63,9YeN,sZ,jlSfOe,g8^h,]y_tQ,Nf,N,x=YeNwmvll0W(WNbPKmNvˆzfƋ+Reel2019t^03g:257-262,6NgQm,s_z,T[W>f,^s^,sOe,eyNgQmKmNb/gNwmÍWN\sYef[!j_v 0g 0W(f[ 0Yef[el9ei2019t^25g:134-135,2Hw,>hDtPRECAMBRIAN RESEARCHO%fofNoQwSl+TkxSTirvR^yr_SvQ^(u-Ne8h_g R:629-642,14!_0ufk,Ng }h, _*m[, _N.s,4T^R,SCg,HXnޘ,~~,N-NNSvThe Liaohe Group: An insight into the Paleoproterozoic tectonic evolution of the Jiao-Liao-Ji Belt, North China CratonwS: 326 u: 174-195 yr R: SI NgX,He, qꖙNgXNgX,HeEQkX)Y6qˆ[u\S}Ǐ z-NnsSSĉ_q_T:gtRg*CSTPCD-NVyb8h_g R ~ng R ,CSCD-NVyb_eg R ibU\ 2019t^03g:382-391,10\%f_l,^8l\,l,u,s~\,R*mg\%f_l0W(Rf[f[bKfS0W:SSleˆ&^Zf-NuNRkg yr_-Ne8h_g R:551-560,10WSfNS,hgfga,>%f3,Ng`SCQ,_e, _\NSWSfNS ||^yr_SvQc:yaIN  NSNq\ Nǂ8u[fk| _Y~VRb:NO퐪R`,ё/cNY,SfNwZ,1g\N,NgUx,HZ,sёzqq\0W:SQSsWwCQSLu Nl\~lRx\\wf[yr_TlysX-Ne8h_g R:431-440,101gky,hg z[,s"k,RIQDepositional and diagenetic controls on the reservoir quality of Upper Triassic Chang-7 tight oil sandstones, southwestern Ordos basin, ChinawS: 23 g: 3 u: 471-488"s1r,'Y^,]ywmNS,=N=N,NgSSl,Yhg&0N,hgf[*t,"^t,ѐSfs1rFusing multiple frequency-decomposed seismic attributes with machine learning for thickness prediction and sedimentary facies interpretation in fluvial reservoirswS: 177 u: 1087-1102NgO,\'YR,seg,sfkc,4T܀T,NgeP,H_aWxDEM Modeling of Interaction Between the Propagating Fracture and Multiple Pre-existing Cemented Discontinuities in ShalewS: 52 g: 6 u: 1993-2001R_Z,_im6q,u_[,Chen, ZhaoweiR_Z#Rock Mechanics and Rock Engineeringu_[$nwm~nv0WQ-NsWw[fk~\vS0WtSvQoS-Ne8h_g R:407-421,15O,ё/cNY,HOt^,hg)YZSO$\Yev0WYlX0W:S N NS~^~6lB\~lysX:eg0WtSf[vnc-Ne8h_g R:505-516,12s~ޘ,ё/cNY,ZiZ,NgXey,N\,sf'\,NgUxs~ޘqq\0W:SNsWwR}vS0W:SeCQSLulyvoS-Ne8h_g R:422-430,9퐪R`,ё/cNY,1g\N,NgUx,SfNwZ,sOpg, z8Q[Petroleum source and accumulation of WZ12 oils in the Weixi nan sag, south China sea, ChinawS: 177 u: 681-698hT,ؚ\,bSyey,uPNIN,Donc\,_e_,uQhT,JOURNAL OF PETROLEUM SCIENCE AND ENGINEERINGؚ\Lithofacies and pore characterization of continental shale in the second Member of the Kongdian Formation in the Cangdong Sag, Bohai Bay Basin, ChinawS: 177 u: 154-166HKQ^,R\s^,Rpg, _,sQ,hTNeHKQ^R\s^nAn experimentally-based friction law for high-velocity, long-displacement slip-pulse events during earthquakesv 515,p209-220^[Vn,Reches, Ze'ev#Earth and Planetary Science LettersSeismic geomorphology study of the Paleogene Hetaoyuan Formation, Central-South Biyang Sag, Nanxiang Basin, China (vol 64, pg 104, 2015)wS: 104 u: 489-4899cs~,1gq{Oe,,g_,Hu, Tinghui,Geng, Xiaojie,Liao, Jijia,Luo, Qics~,1gq{OeInfluence factors and an evaluation method about breakthrough pressure of carbonate rocks: An experimental study on the Ordovician of carbonate rock from the Kalpin area, Tarim Basin, ChinawS: 104 u: 313-330hT,TOey,hQm,ee,HdW,s,}v_QmOrigin and formation of deep and superdeep strata gas from Gucheng-Shunnan block of the Tarim Basin, NW ChinawS: 177 u: 361-373hT,TOey,1gIQ g,f,x, _P[vt1gIQ gEvolution model of a modern delta fed by a seasonal river in Daihai Lake, North China: determined from ground-penetrating radar and trencheswS: 13 g: 2 u: 262-276:Liu, Beibei,Tan, Chengpeng,Yu, Xinghe,Shan, Xin,Li, Shunli Liu, BeibeiFRONTIERS OF EARTH SCIENCETan, Chengpeng 'Y0Wg f[ HhOYef[vc"}N[2019t^05g:89-90,2hgfga yYeeGl( Ne R)Morphodynamics of River Deltas in Response to Different Basin Water Depths: An Experimental Examination of the Grade Index ModelwS: 46 g: 10 u: 5265-5273=sO,Muto, Tetsuji,Urata, Kento,Sato, Toshihiko,Naruse, HajimeGeophysical Research LetterssO,Muto, TetsujiOGeochemical characteristics and sources of natural gas in the northern Xihu Sagv 39,n 5,p53-62U:OQ, _Z,_R`z,hgfgaNgfNg$\Yev0W N4llVRb N NS~WWrx\v_͑AmbV  egꁩ\w~gvnc _V h,,g_,AfP_,[_,R^s^,NUx,sQ,OfGY _V h\Yev0W,gn~lyirirncSvQg aIN -Ne8h_g R:,22$>jml,'Y^,Y[wmm,%Nm, _%fg,HS,X[,cZ,NguQ,^^e'YpencƉ Nؚ!hQ~_[RWvtRg2019t^03g:82-84,3 sP[[,s)Y,hTf[zfsP[[SNYe(ؚYe):Thermal Maturity of Wufeng-Longmaxi Shale in Sichuan Basinv 44,n 3,p953-971fsTf,`iu,Yang, Yunfeng,Rui, Xiaoqing,Zhou, Yuanyuan,Fang, Guangjian,4T*,Shen, Baojian,Cheng, Lijun,TengersTfdDiqiu Kexue - Zhongguo Dizhi Daxue Xuebao/Earth Science - Journal of China University of GeosciencespLithotectonic elements of Archean basement on the Liaodong Peninsula and its vicinity, North China Craton, ChinaISCIEyf[_e"}_Q~Hr ,ESIW,gyf[chpenc^ ,CSTPCD-NVyb8h_g R ~ng R ,CSCD-NVyb_eg R 8h_ wS: 13 g: 1 u: 209-228Frontiers of Earth ScienceCorrelating diagenetic facies with well logs (conventional and image) in sandstones: The Eocene-Oligocene Suweiyi Formation in Dina 2 Gasfield, Kuqa depression of ChinawS: 174 u: 617-636mLai, Jin,Fan, Xuechun,Pang, Xiaojiao,Zhang, Xinshun,Xiao, Chengwen,Zhao, Xinjian,Han, Chuang,s5e,Qin, ZiqiangLai, JinLai, Jin,Han, Chuang`Rock-physics-model-based pore type characterization and its implication (vol 153, pg 2223, 2017)wS: 174 u: 1340-1340 OR9h,zP\,syʃzP\Characteristics of geothermal reservoirs in the Wumishan Formation and groundwater of the Middle-Upper Proterozoic and the geothermal status in the Beijing-Tianjin-Hebei region: Implications for geothermal resources explorationwS: 37 g: 2 u: 811-833! _S,c[Ilb,HN,Liu, Jinxia,Li, Haiquan _S!ENERGY EXPLORATION & EXPLOITATIONHNOThermal conductivity of sedimentary rocks in the Sichuan basin, Southwest ChinawS: 37 g: 2 u: 691-720UZS[,1g O^,_f,H)Yb,#WhUZS[#Energy Exploration and ExploitationThermodynamic stability of methyldibenzothiophenes in sedimentary rock extracts: Based on molecular simulation and geochemical datawS: 129 u: 24-41hg`ZS,NgO,RSf:_,yŖ,4T V,[[hg`ZSInvestigation of Supercritical Methane Adsorption of Overmature Shale in Wufeng-Longmaxi Formation, Southern Sichuan Basin, ChinawS: 33 g: 3 u: 2078-2089jl m,Rm+Y,v`,sf,ѐss,WlNSXPhysical Simulation on Development of Multilayer Detachment Fold Belt in Eastern Sichuanv 44,n 3,p784-797 `iu,8^eP, _^e,sTfgSpecial Collection: Advances of exploration and utilization technology of geothermal resources in ChinawS: 37 g: 2 u: 605-606Reservoir characteristics in the Cretaceous volcanic rocks of Songliao Basin, China: A case of dynamics and evolution of the volcano-porosity and diagenesiswS: 37 g: 2 u: 607-625 Y[wmm,'Y^,`S~sOLower limits of petrophysical parameters allowing tight oil accumulation in the Lucaogou Formation, Jimusaer Depression, Junggar Basin, Western ChinawS: 101 u: 428-439^[,NeIQ,^ĖGY,Geng, Hui^[Earth stress and reservoir quality evaluation in high and steep structure: The Lower Cretaceous in the Kuqa Depression, Tarim Basin, ChinawS: 101 u: 43-54V&,Ng h,s5e,be,ݐ\,W`R,VNl_,yP[:_Application of the Fisher Optimal Segmentation Method in MT Interpretation: A Case Study from Qiangtang Basin, Qinghai -Tibet PlateauwS: 24 g: 1 u: 19-26V1g O^,Yang, Shujiang,Zhao, Huixia,Wang, Caifu,Lin, Cunguo,Jiang, Zhongcheng,Luo, Xinqing3Journal of Environmental and Engineering GeophysicsGeochemical characteristics and depositional environment of Paleogene lacustrine source rocks in the Lufeng Sag, Pearl River Mouth basin, South China SeawS: 171 u: 60-77[rP[֔,g^_,[[e, _Tm,fU,8l f,[n, _hZ[rP[֔Microscopic characteristics of pores in Es3 shales and its significances for hydrocarbon retention in Dongpu Sag, Bohai Bay Basinv 40,n 1,p67-77DShao, Xinhe,^ĖGY,Hu, Tao,Xu, Tianwu,null,Tang, Ling,null,Li, Longlong)R(uV| TMO }b` Ylyv0WpSSvc"}-Ne8h_g R:566-578,13 _yhf,`iu,R,8^R_yhfyf[bOrigin of reservoir bitumen and its implications for adjustment and reformation of hydrocarbon-accumulation in Baiyuan Sag, Pearl River Mouth Basinv 40,n 1,p133-1411NgO,Zhang, Zhongtao,Chen, Cong,hg z[,bSSfg,NeP,4bё`,USQNOnPB\8hxqQ/c[NKmN^(uSS,OR9h,N,[el, _QuSS-NVwl'Yf[f[b(6qyf[Hr)Biological sources of sedimentary organic matter in Neoproterozoic Lower Cambrian shales in the Sichuan Basin (SW China): Evidence from biomarkers and< microfossilswS: 516 u: 342-353s[,NgO,*mwmm,[0Ry,0utQe,eUga,Hg,sgs[/PALAEOGEOGRAPHY PALAEOCLIMATOLOGY PALAEOECOLOGYg 0W(f[-Nv ‰[zS SvQaIN2019t^04g:14-17,4HfNs^-NVؚeyb=Reconstructing the basin thermal history with clumped isotopev 64,n 5-6,p566-578&Kexue Tongbao/Chinese Science Bulletin<\e\ N҉2mv0Wm4l:SQg oSyr_:O,4T܀T, _sOsO,IQIN,sWSn,Ğh:OS_Nlyf[xvzpp  ,{20J\VElyf['YOċ1gq{Oe,fi,cs~,Ng~,yNy, _ꁛR^e]ySU\Bl cGSf[u] z[ }{Q-Ne8h_g R:73-75,3hTf[zf,4T\g-NVؚ!hybLithofacies and pore characterization in an argillaceous-siliceous-calcareous shale system: A case study of the Shahejie Formation in Nanpu Sag, Bohai Bay Basin, ChinawS: 173 u: 804-819OLi, Boyuan,^ĖGY,Dong, Yuexia,Peng, Junwen,Gao, Ping,4T f,Huang, Chuang,Shao, Xinhe Li, BoyuanwS: 173 u: 1340-1354 Zheng, TianyuSPrediction of reservoir quality in carbonates via porosity spectrum from image logswS: 173 u: 197-208hLai, Jin,Pang, Xiaojiao,Xiao, Qiyao,Shi, Yujiang,Zhang, Haitao,Zhao, Taiping,Chen, Jing,s5e,Qin, Ziqiang Lai, Jin,s5eMCore NMR experiments for low permeability reservoir and its field applicationv 43,n 1,p53-59SS,OR9h,N,[el, _Θ܀tZhongguo Shiyou Daxue Xuebao (Ziran Kexue Ban)/Journal of China University of Petroleum (Edition of Natural Science)Geochemistry and possible origins of biodegraded oils in the Cretaceous reservoir of the Muglad Basin and their application in hydrocarbon explorationwS: 173 u: 889-898hgT,NgO, zv܀,*m,V*mޘ,HnvthgTStructure of a pre-Triassic unconformity and its hydrocarbon transporting characteristics, Wuerhe-Fengnan area, Junggar Basin, ChinawS: 173 u: 820-834jl m,Rm+Y,c[qb,[IQ^,sf,v`~Integrated assessment of thermal maturity of the Upper Ordovician-Lower Silurian Wufeng-Longmaxi shale in Sichuan Basin, ChinawS: 100 u: 447-465]`,`iu,Lu, Chaojin,]`eNew Discovery of Upper Crustal High- and Low-Velocity Belts and High-Velocity Core in the Tarim BasinwS: 93 g: 1 u: 229-230Gs~ޘ,ё/cNY,Yu Xiaoxia,Cheng Rihui,Song Xue,Yang Baojun,Li Shuo,Shi ShutingMultiphase Hydrocarbons from Carboniferous Reservoir Rocks and Their Origin in the Donghetang Area, Western Tabei Uplift, Tarim Basin, NW ChinawS: 60 g: 2 u: 215-230#_ڋ,_`l,_l Te,Ng-N,NgY,Ng~y,qNl_,Ng~gl,uOZRUSSIAN GEOLOGY AND GEOPHYSICSDetrital zircon provenance investigation from the Neoproterozoic successions of the South China Block: Paleogeographic implicationswS: 124 u: 25-37Wo,fTl,s_,N\, _ ^hf,NgO*,1ghffWoJOURNAL OF GEODYNAMICSAlteration of solid bitumen by hydrothermal heating and thermochemical sulfate reduction in the Ediacaran and Cambrian dolomite reservoirs in the Central Sichuan Basin, SW ChinawS: 321 u: 277-3024 _OO,g^_,!%f,NgO,Hw)P,Gao, Ping,Xu, Chenlu,NO, _k,_lhŖ _OOg^_,!%fThe determination of variogram in the presence of horizontal wells - An application to a conglomerate reservoir modeling, East ChinawS: 173 u: 512-524#R,Zhang, Bo,Dong, Yue,Qu, Zhipeng>2018 SEG International Exposition and Annual Meeting, SEG 2018 Zhang, BoR1H-pyrrole-2, 5-diones (maleimides):the novel biomarkers in petroleum geochemistryv 40,n 2,p176-181 s^)R,Naeher, Sebastian,NggZN,^u[,8^wOrganic matter enrichment of the Late Triassic Yanchang Formation (Ordos Basin, China) under dysoxic to oxic conditions: Insights from pyrite framboid size distributionswS: 170 u: 106-1175Chen, Guo,ReT,Liu, Yazhou,s[,Jiang, Chong,Sun, Jingbo Chen, GuoReT NhVRg zYef[[N9ei2019t^02g:74-76,3s^)R, _:_e,^u[,seO,NgOW0Wu`0WtSf[Oo`N{QR{b2019t^04g:215+298,2_[wZzf^eN*Em4l N҉2mMRcrx]WgWyr_  N$nwm~nv0W$nwmBZ25l0ueя|fSG~ Nk:NO_/cNS,4T܀T,R,uQ[,4T\],?~g, _)YQO,RgqsllЏZ|pe~!jW^zSvQ(WNORc z^v0Wv^(u _,Rbg, _SR,1gpg,4TSfzf,*m/U[,Ξl_,g8lQ _-NVwlRc 0^8^ĉll0W(f[ 0 zYef[9eic"}Y[fN,g^_,Rbg,Ngs^s^Y[fNWNLSQR{lvN~Xle zsWcko!jbNpeg fp,Ng }h,Greenwood, Paul,He, Nannan,NgR,Jinzhu, Yu,Shi, WeiguangCharacteristics and significances of organosulfur compounds in typical saline lacustrine oils from Bohai Bay basin identified by ESI FT-ICR MS'Ng }h,SCg,Zhang, Hongan,Xu, Tianwu,HXnޘ,s~~Constraining the denudation process in the eastern Sichuan Basin, China using low-temperature thermochronology and vitrinite reflectance datawS: 54 g: 1 u: 426-4371g O^,`iu,RN ,vt,#WhGeochemical characteristics of Cretaceous Yogou Formation source rocks and oil-source correlation within a sequence stratigraphic framework in the Termit Basin, NigerwS: 172 u: 360-372*m,sQ,NgO,V*mޘ,RV,kQQ,USQEvolution characteristics and model of nanopore structure and adsorption capacity in organic-rich shale during artificial thermal maturation: A pyrolysis study of the Mesoproterozoic Xiamaling marine shale with type II kerogen from Zhangjiakou, Hebei ChinawS: 37 g: 1 u: 493-518_oO,jl m,Rm+Y,Hx,H T_oOmRELATIONSHIP BETWEEN ORIGIN AND DISTRIBUTION OF DOLOMITES IN LOWER PALEOZOIC, JIZHONG DEPRESSION, NORTH CHINAwS: 28 g: 5 u: 3946-3962O,ё/cNY,Yhz,Zhao, Wenlong FRESENIUS ENVIRONMENTAL BULLETIN< [Response process of sedimentary filling under sequence framework of Paleogene in Baxian sagv 48,n 1,p124-141$ _ꁛR,1gq{Oe,Ng*t, _^t\,fpQg,0uёz,kpg,Li, Xiang _ꁛRpSequence stratigraphy and Quaternary depositional systems in the Sanhu area of the Qaidam Basin, northwest ChinawS: 66 g: 3 u: 431-4581R,NGS,Jia, H. C,Tian, J. X.,Chen, Y. H,Dong, C. YFused spectral-decomposition seismic attributes and forward seismic modelling to predict sand bodies in meandering fluvial reservoirswS: 99 u: 27-44\'YR,NgO,sfkc,IQIN,TNga=N, VV, _fs,seg GEOFLUIDS{OVERALL PSD AND FRACTAL CHARACTERISTICS OF TIGHT OIL RESERVOIRS: A CASE STUDY OF LUCAOGOU FORMATION IN JUNGGAR BASIN, CHINAwS: 27 g: 1 yr R: SIsUk,OR9h,R,uW:_,NSfe,sQh,NSfe,gsUkShelf-edge delta overreach at the shelf break can guarantee the delivery of terrestrial sediments to deep water at all sea-level standswS: 103 g: 1 u: 65-90Qbg,Steel, Ronald J.,Wang, Yingmin,Sweet, Michael L.,,g_,Xu, Qiang,Zhang, BingjieThe critical factors for permeability-formation factor relation in reservoir rocks: Pore-throat ratio, tortuosity and connectivityv 188,@!^,Zhang, Zhien,Wei, Wei,Guo, Dongming,Li, Shuai,Zhao, Peiqiang!^Wei, WeiSeismic geomorphology and depositional evolution of the Paleogene Shahejie Formation, Central-North Dongying Depression, Bohai Bay Basin, China wS: 12 g: 26u[,1gq{Oe,1gNS,sSfe,u,l؞,Xu tong,Lu, Wenpeng,Zhang, Huiliu[Sulfate Sources of Thermal Sulfate Reduction (TSR) in the Permian Changxing and Triassic Feixianguan Formations, Northeastern Sichuan Basin, ChinaNgs^s^,NS,ݐ,Yu, XinyaNgs^s^Petrographic and geochemical characteristics of organic-rich shale and tuff of the Upper Triassic Yanchang Formation, Ordos Basin, China: implications for lacustrine fertilization by volcanic ashwS: 56 g: 1 u: 47-59O,g^_,_Ξf,[r\uQ,Ngck"Canadian Journal of Earth SciencesLinking the Qinling Orogeny with the Chang 7 shale (Triassic Yanchang Formation) deposition: Evidence from major, trace, and rare earth element geochemistrywS: 54 g: 1 u: 133-142Yuan, Wei,Hw)P,g^_,FUe,_Ξf,[r\uQ Yuan, WeiRaman spectroscopy of graptolite periderm and its potential as an organic maturity indicator for the Lower Paleozoic in southwestern Chinav 213,(Hao, Jingyue,W`R,Liu, Dehan,4Tvf,Liu, Anji Hao, Jingyue2018 R:S 72019 R:S 7~gv0W'Y^W-NEmB\eB\b_boSve!j_ 7,{NUSMO 70W(f[b 7-Ne8h_ 933 597-605 7Ğx zN hgN Kf\q Ğim)Y 7Ğx 7zN 7Lkwmv0Wg lbLubvnx[SvQ0W(aIN'Y0Wg Nbwf[ 7-Ne8h_ 43(3): 590~602 7hgN 7SCI 7[r g 7 SNAm ̀of N s[swtO ƋYe _c"}N[  7VQN,g R 7YeۏU\ 7 2019, 9(4): 427-431 7[r g, "^[, NgX, Y[vf, s%f, 1gky 7xvzuRYe(W \wirf[ [Yef[-Nv[ N` 7ReYexvz 7 2019, 7(4): 383-388[r g, NgX, [rꖅh, Y[vf, FU\w, ]S6O 7V& 7s5e0V& 76SCIyf[_e"}_pS7RHr ,SCIEyf[_e"}_Q~Hr ,EI] z"}_ ,ESIW,gyf[chpenc^  7#QvV\v0W-N4:S-NOW~4Yo\l~fAml-Em4l N҉2mxSO_vR^yr_xvz-Ne8h_g R ဇ[e ؚHQ_ W NR ]x fNm ဇ[eCombining isotopic geochemical data and logging data to predict the range of the total gas content in shale: a case study from the Wufeng and Longmaxi shales in the Middle Yangtze Area, South China. 7Energy & Fuels,{33wS 10487-10498 7RP[,HQ,Zhang, Jinchuan 7 Mechanism of hydrocarbon accumulation and enrichment of tuffaceous tight oil with separate reservoir and source rock: A case study of tuff reservoir from the Permian Tiaohu Formation in the Santanghu Basin, northwest China  7 AAPG BULLETIN 7*v. 103, no. 2 (February 2019), pp. 345 367 7 lQR Ğ_ Ng)YQ 7lQR 7Ğ_ 7 wl0W(f[ [eQWYef[lvxvzN[ 78h_g R 78h_ 7V.9,NO.3,2019.05:235-239 7 Ğ_ ؚ\ Y[fN 7fTl 7tControls of the Cenozoic Himalayan movement on hydrocarbon accumulation in the western Qaidam Basin, Northwest China 174:294-3108Jian Li,Lianbo Zeng,Weilian Li,Yongshu Zhang,Zhihong Cai 7NgQR 7PA novel method for extracting information on pores from cast thin-section images 130:69-83.CShaoqun Dong,Lianbo Zeng,Chaoshui Xu,Peter Dowd,Zhiyong Gao,Zhe Mao 7c\ 7Xn-NsWwwmFǏ!nvu\8TDRSc6RV } 31(2):105-114hgn,fTl,Bwm[,QRQ,SIlR;so\hgn 7u\*jTTT T'`0W^RKm!jW-N9_'`Spevnx[el0W(Rf[f[b 7 25(2):166 1760ud fTl,_V,SIlR,_,kT,s\W 70ud 70W Nzz>nNˆ^\'`vsQ|Rg0Wf[MR 7 26(3):140-146c\,sm,fTl,RQ,h ,9\/T*,fNGS 7Anthraxolite Evolution and Vanadium Enrichment Mechanism in the Tanjianshan Group, Upper Ordovician in the Northern Qaidam Basin 7Natural Resources Research 7Rbg 7Paleo-sedimentary environment in relation to enrichment of organic matter of Early Cambrian black rocks of Niutitang Formation from Xiangxi area China 7112 7Rizwan Sarwar Awan,Rbg 7-Ne8h_g R 74T܀T 7Characterization of the pore-throat size of tight oil reservoirs and its control on reservoir physical properties: A case study of the Triassic tight sandstone of the sediment gravity flow in the Ordos Basin, China*Journal of Petroleum Science & Engineering:Wang junjie, Wu Shenghe,Li Qing, Zhang Jiajia, Guo Qiheng  7sOpg 7SBar dynamics in a sandy braided river: Insights from sediment numerical simulationsSedimentary Geology 7;Zhang Ke, Wu Shenghe, Feng Wenjie, Zhang Jiajia, Wen Siying _S 7The influence of multiple-stage oil emplacement on deeply buried marine sandstone diagenesis: A case study on the Devonian Donghe sandstones, Tabei Uplift, Tarim Basin, NW China 7MARINE AND PETROLEUM GEOLOGY 7v 110,p299-316 7!_ڋ,_`l,R:_ Ng~y 땷__ Ng~gl s^ %Nh NgY 7_ڋ 7_`l 7oMesozoic multistage structural deformation al< ong the Ke-Bai fault zone in the northwest Junggar Basin, NW China 7Geological Journal 7 v2019 p1-15 7땷__ _`l _gVf 0um _ڋ 7땷__ 7Diageneticalterationanditscontrolonreservoirqualityoftightsandstones inlacustrinedeep-watergravity-flowdeposits:AcasestudyoftheYanchang Formation,southernOrdosBasin,China 7sfkc,\'YR,u~R NgO sZS 4T܀T,NgfNR` 7sfkc 7EI 7wlf[b 7NS 70Wtyf[ 7hgp sZ _ WNe NS 7hgp 7Environmental reconstruction and formation mechanisms for lacustrine source rocks of the third Sag, Bohai Bay Basin, eastern Chinamember of the Shahejie Formation in the Raoyang  7$AUSTRALIAN JOURNAL OF EARTH SCIENCES 7kpg 7Palaeoenvironmental periodisms of middle Eocene terrestrial sediments in Bohai Bay Basin, eastern China, and their implications for organic matter accumulation 7'SCIyf[_e"}_pS7RHr ,SCIEyf[_e"}_Q~Hr ,EI] z"}_  7Marine and Petroleum Geology 7/https://doi.org/10.1016/j.marpetgeo.2019.104060 7!^ĖGYsSOcgYypgNgN^[}vfh^!yyYY* 7H 7^ĖGY 7Characteristics, diagenetic evolution, and controlling factors of the Es1 deep burial high quality sandstone reservoirs in the PG2 oilfield, Nanpu Sag, Bohai Bay Basin, China 7'SCIyf[_e"}_pS7RHr ,SCIEyf[_e"}_Q~Hr ,EI] z"}_ https://doi.org/10.1002/gj.3507 7g^ĖGY, Xiaodong Zhao, Zhengjun Wang, Zhaoming Wang, Tao Hu, Zhuoya Wu, Jiaqi Yang, Yue Feng, Zehan Zhang. 7si`l 7^ĖGY 7An improved hydrocarbon generation potential method for quantifying hydrocarbon generation and expulsion characteristics with application example of Paleogene Shahejie Formation, Nanpu Sag, Bohai Bay Basin wS: 112 u: 104 7BGuoyong Liu, ^ĖGY, Changrong Li, Zhengfu Zhao, Yue Feng, Zhuoya Wu. 7^ĖGY Changrong Li, si`l 7Sedimentology, diagenetic evolution, and sweep spot prediction of tight sandstone reservoirs: A case study of the third member of the Upper Paleogene Shahejie Formation, Nanpu Sag, Bohai Bay Basin, China,Journal of Petroleum Science and Engineering 7,https://doi.org/10.1016/j.petrol.2019.106718 7@Guoyong Liu, ^ĖGY, Zhuoya Wu, Changrong Li, Hua Bai, Zehan Zhang  7^ĖGY, Zhuoya Wu 7WS!XQw-NmB\xQ\\PB\b\oSyr_SbV:g6R 7RVR ^ĖGY Ng fc 4TSSŖ 7^ĖGY Ng fc 7Organic geochemical and petrophysical characteristics of saline lacustrine shale in the Dongpu Depression, Bohai Bay Basin, China: Implications for Es3 hydrocarbon exploration)doi:doi.org/10.1016/j.petrol.2019.106546 A^ĖGY, Hongan Zhang, Tao Hu, Tianwu Xu, Tianyu Zheng, Xingwen Zhang 7sg 7Possible new method to discriminate effective source rocks in petroliferous basins: A case study in the Tazhong area, Tarim Basin 7!Energy Exploration & Exploitation 7(https://doi.org/10.1177/0144598719871414@Junqing Chen, Tuo Liu, Haijun Yang, Hui Li, Yingxun Wang, Tao HuiGenesis and accumulation of natural gas in the UpperPalaeozoic strata of north eastern Ordos Basin, China 7Geological Journal 7wS: 54 u: 3212-3225 7^ĖGY Yypg Ng Ngga ѐ[N |T^ 7ew 7Diagenetic characteristics and reservoir quality in tight gassandstones: A case study of the Shanxi Formation in thenorth eastern Ordos Basin, China 7wS: 54 u: 3257-3271 7^ĖGY Yypg Ng |T^ ѐ[N 7nHydrocarbon retention in lacustrine shales during thermal maturation: Insights from semi-open system pyrolysiswS184 7^ĖGY Ξ3z 蕉 ရm Ng_f _*m[ _newGeodynamics of the divergent double subduction along the Bangong-Nujiang tethyan suture zone: Insights from late mesozoic intermediate-mafic rocks in central TibetGONDWANA RESEARCH 7 v 79,p233-247 7^RGl], Qiangtai Huang, I. Tongu Uysal, Zhourong Cai, Zhifeng Wan, Bin Xia, Hao Zheng, Peng Yang 7RGl] 7fReconstructing South China in the Mesoproterozoic and its role in the Nuna and Rodinia supercontinentsPRECAMBRIAN RESEARCH 7In press 77RGl] Jianwei Zi, Peter A. Cawood, Xiang Cui, Limin Zhang 7Break-away of South China from Gondwana: Insights from the Silurian high-Nb basalts and associated magmatic rocks in the Diancangshan-Ailaoshan fold belt (SWChina)LITHOS 7v.318-319, p194-208 7LRGl], Xiaoping Xia, Chun-Kit Lai, Chengshi Gan, Yonghi Zhou, Pengpeng Huangfu 7Large-scale Early Cretaceous lower-crust melting derived adakitic rocks in NE China: implications for convergent bidirectional subduction and associated slab rollbackINTERNATIONAL GEOLOGY REVIEW 7Dian Ji,RGl] Yinglei Li 7 Tp 7Trace element characterization of bitumen constraints on the hydrocarbon source of the giant gas field in Sichuan Basin, South China 7VYSCI 7gj.3412 7RZhiyong Ni,Zhonghong Chen,Meijun Li, Chengyu Yang, Long Wen, Haitao Hong, Bing Luo 7*PzfR 7`iu 7Temperature and pressure characteristics of the Ordovician gas condensate reservoirs in the Tazhong area, Tarim Basin, Northwest China-SCIyf[_e"}_pS7RHr ,SCIEyf[_e"}_Q~Hr ,ESIW,gyf[chpenc^  7 AAPG Bulletin 7103(6) :1351-1381 7RN ,`iu ဇe[ Ngga l[ Y)P 7RN  7sTf 7]NYWYn1B\6vg &^b_bǏ zSvQ;NcV } 74T* `iu,8^eP, _^e,sTf 74T* 7EI] z"}_  7 44(3):953-971 740(10): 1158-1171 7Ng/cf 7 g:gx+Tϑ[WXVRb-NYsp~Tyvq_T 7sXyf[f[b 7 39(3):880-890 7!wZ 7 _gq 7WRadioactive < Heat Production and Terrestrial Heat Flow in the Xiong an Area, North China 7Energies 12gN RQ  7 2019/12/4608 7 ]`,1g O^,`iu 7]` 71g O^ 7Geochemical and geological characteristics of the Jurassic continental black shale in the Southwestern Depression of Tarim Basin 72019;54:1115 1131 7$Yypg ရm Rm+Y s&t\ ؚ\Í _O܏ Ngga [^ R 1ghff 7Yypg 7|Organic geochemical characteristics and hydrocarbon generation simulation of shallow sediments in Shaobo Lake, Eastern China 7Interpretation 72019,7(2):293-308 7[r.tQ Yypg NgN Ye)R wckR 7[r.tQ 7i Fractal Analysis of Shale Pore Structure of Continental Gas Shale Reservoir in the Ordos Basin, NW China 7ENERGY & FUELS2016,,30 (6): 4676-4689 7 Yypg H HeP 7Characteristics of micropores, pore throats, and movable fluids in the tight sandstone oil reservoirs of the Yanchang Formation in the southwestern Ordos Basin, China 7. V. 103, No. 12 (December 2019), P. 2835-2859.Yypg _%fg ss ucky SQX 7hT 7TOey 7JPetroleum source of oil seepages in the Kalpin area, NW Tarim Basin, China 175:83-96hT TOey [S hQm HdW 7eOpen shear fractures at depth in anticlines: Insights from the Kuqa foreland thrust belt, Tarim Basin108(7): 2233-2245s TOey Ng ee YY 7s 7Hydrocarbon migration and accumulation history in deep reservoirs: a case study of Mesozoic sandstone gas reservoirs in the Kelasu-Yiqikelike structural belt of the Kuqa Depression, Tarim BasinGeosciences Journal 23(1): 69-86 [S TOey lN&t ~g 7[S 7}vNQwNAN:Sll[SO|SvQcυ\O(u  7VQ8h_g R 70Wtirtf[ۏU\ 7343 1061-1073 7 RSfQ fn __mI{ 7RSfQ 7fn 7s_lSv0W}vNQwNS萟SlЏyZƖyr_  7 0Wtyf[NsXf[b  7 415 561-576 7 s fn __mI{ 7s 7VEg R 7Geological Characteristics and Hydrocarbon Potential of the Detachment Basin in the Baiyun Depression, Pearl River Mouth Basin, South China Sea 7Energy & Fuels 733:10519-10532 7shf fn __m YON#k s RSfQ 7shf  7 poster/ oral 7@b g\O 7e ,{N\O 7Yl 7}Prediction of in-situ stress in the shale gas of the Lower Silurian Longmaxi Formation of Baima Area, Southeast Sichuan Basin Chenglin Gongi3D Internal Deformation of Granular Slopes with an Inclined Weak Horizon: Insights from Physical Modeling@Diagenetic facies and reservoir quality prediction via well logsmDiagenetic dissolution along the bedding planes in sandstone: insights from thin section, CT and NMR analysis_Development rule of natural fractures in ultra-deep carbonates in the Shunbei Area, Tarim Basin$AAPG Geosciences Technology WorkshopBeijing, ChinamB\[N(-NllЏybυvRR:g6RN[Ɩ!j_,{]NJ\hQVllЏyf[/gxO[_wT^ 2019t^9g25-27eKNew alternative energy  unconventional oil/gas and its resources potential2019 t^ 10 g 26 e-28 eUOrigin of "immature" saline lacustrine oils in the Dongpu Depression, Bohai Bay BasinTLi Sumei, Pang Xiongqi, Zhang Hongan, Xu Tianwu, Wan Zhonghua, Chen Xianfei, Ji HongInternal versus external position of the South China Block in the Rodinia Supercontinent: provenance history of the Nanhua basinMethane carbon isotopic fractionation of shale gas during adsorption/desorption based on magnetic suspension balance (MSB) adsorption experimentyTerrestrial heat flow and crustal thermal structure in the northern slope of Tazhong uplift, Tarim Basin, Northwest ChinaMontral, Quebec, CanadaThermo-kinematic Constraints on the Mesozoic-Cenozoic Tectonic Thermal Evolution of the Dingshan Area in the southeastern Sichuan BasinAAPG GTW ,{kQJ\-NVwl0W(t^O,{NJ\g 0W(f[N0WtRRf[Rt^f[u[W%Utrecht University (The Netherlands).YORIGIN AND ACCUMULATION OF HEAVY OILS IN THE QINGDONG SAG, BOHAI BAY BASIN, EASTERN CHINAllЏyeT:y*RP[h_irxvzۏU\N^(ueMethyldibenzofurans: the molecular markers tracing oil migration directions in the dolomite paleo-reservoirs in the Sichuan Basin0AAPG GTW New tools, challenges and opportunities,{17J\hQV g:g0WtSf[f[/gO,{18J\hQV g:g0WtSf[f[/gOAGU Fall Meeting 2019Computers & Geosciences 7'International Journal of Earth Science, 7EI 7~SN 7^ĖGY 7_N 7`iu 7hgfga 7fTl 7EI] z"}_  7TMb[hTf[zf 7TSedimentary Environments of the Eastern End of the Paleo-Asian Ocean in Late PermianLate Neoarchean reworking of the Mesoarchean crustalremnant in northern Liaoning, North China Craton: a U-Pb-Hf-O-Nd perspective8Logging Evaluation of Vertical zonation of buried hill 3in Cambrian Dolostone Reservoir, Tarim Basin, ChinatProvenance and Sedimentary Evolution from P2-T1 and How it Suggests a Tecto-nic Inversion of Bogda Mountain,NW Chinaoralpost(2019 AAPG Annual Convention & Exhibition20190810-2019081720191108-20191112ؚwe,g 34th IASa'Y)RWlState College, PennsylvaniaV B29th International Meeting on Organic Geochemistry,{29J\VE g:g0WtSf[O IUGG'YO]N0W:S-N-euNg GSǏ z!jb]NWSNq\0W:S]_g -poSxvzegpЏRf[elv~_g!]NWSNq\g GSǏ zxvz: egNO)npt^Nf[Tg irt!jbv~_gSan Antonio TexasK Mechanism of earthquake initiation in the Tan-Lu Fault Zone, Eastern China@International Association for Mathematical GeosciencesIAMG2019 ,{34J\VElyf['YOmB\llOX[;NcV }SċN`uGeochronological, geochemical, and Sr Nd Hf isotopic characterization of the Wuliqi-West granite in the Chinese AltaygWWOQSb_Ǐ zN~yceCQ!jb [NwmFgSClassification and characteristics of different occurrence morphology of glauconite qq\0W:SQSsWwCQSLu Nl\~lRx\\wf[yr_TlysX-f0W:S_Yu|ln~u\lυ~|ly\PB\yr_Sedimentary characteristics of shallow-water delta in Chang six member of Upper Triassic Yanchang Formation in Ansai Oilfield, ChinaNwmVnQwAl0une~/n~ NkSB\x\lysXRgVl0uL:SWW6lB\~lyyr_~gv0Well0u N}vW~lVkEm4l N҉2mgUSxSOzzSyr_-N NCQSLuSu}vN\N-NVxQWS0W0W:S:NOSeismo-depositional Sequence consists of earthquake-induced soft-sediment deformation structures(SSDS) in the Wumishan Formation, North ChinaThe sedimentary facies and its control on deep hydrocarbon distribution of the Cambrain Evaporite Sequences in Tarim Basin, Northwest< ern ChinaJType analysis of composite superimposed and bodies patterns in delta frontuClassification and characteristics of lacustrine carbonate reservoirs in the subsalt of the Great Campos Basin,BrazilcSediment deformation structures(SSDS) in the Mesoproterozoic Wumishan Formation, Yixian,North ChinaNew Discovery of Red Paleosols with Calcite and Zeolitic Rhizoliths in the Late Cretaceous Yaojia Formation, Southern Songliao Basin, NE ChinaComplex lithology prediction using probabilistic neural network improved by continuous restricted Boltzmann machine and particle swarm optimizationPermeability prediction for carbonate reservoir using a data-driven model comprising deep learning network, particle swarm optimization, and support vector regression: a case study of the LULA oilfieldTrend judgment of abandoned channels and fine architecture characterization in meandering river reservoirs: a case study of Neogene Minhuazhen Formation Nmb!2 layer in Shijiutuo bulge, Chengning uplift, Bohai Bay Basin, East ChinauProvenance and Sedimentary Evolution from P2-T1 and How it Suggests a Tecto-nic Inversion of Bogda Mountain,NW China rA Discussion about the Initial Uplift Time of the Bogda Mountain  Evidence From Clastic Sediments in Junggar Basin;Autogenic grade: Theory, experiments, and field applicationjAutogenic non-equilibrium responses of river deltas: Extension of the grade index model to base level risehA governing equation of non-deltaic transgressive profile: 2D numerical simulation and flume experimentsAThe late Holocene Mekong River delta as an autogenic grade systemxDifferent behaviors of delta distributary channels by different basin water depths: the grade index model as a rationaleLate Neoarchean reworking of the Mesoarchean crustalremnant in northern Liaoning, North China Craton: a U Pb Hf O Nd perspectiveNSSKQb[0W:S-N*YSNir(Zfe*YSNvQ \Fm\SS(\wf[[Yef[NOSc"}  NSSKQblSCQSNly\0WtSf[ch[SlPTirnvaINEarly Precambrian tectonothermal events in the Southern Jilin Province, China: Implications for Neoarchean crustal evolution of the northeastern North China CratonKPrecambrian Geodynamic Regime of the Liaodong Peninsula, North China Cratonx(rlWQyGb\v{|W0bVSR^ĉ_kEvaluating nitrogen isotopes as proxies for depositional redox conditions in the Chang 7 Shale, North ChinaNoQwR^0W:S)Y6qlYNpx TMO }_8^bVRgrCompositions and Isotope Characteristics of non-Hydrocarbon and Noble Gases in Natural gas From Tarim Basin, ChinaEffect of tectonic evolution on hydrocarbon charging time: A case study from Lower Shihezi Formation (Guadalupian), the Hangjinqi area, northern Ordos, ChinaQvV\v0WS]N6:SPS~lyyr_Rg~gv0WAmSOЏyeTN0WpDnRg\Yev0WWS607 PƖB\yr_S;NcV }v0WE\^wmsWwpn\TOCKmNKmelO S^(uIStructure of a pre-Triassic unconformity and its hydrocarbon transportingLFull-scale pore structure and its controlling factors of the Wufeng-Longmaxi?Investigation of Supercritical Methane Adsorption of OvermatureGeologic and geochemical characteristics of the Cambrian marine shale in the Tarim Basin of China and their implication for the prediction of shale-gasresourceshMethane adsorption in the low middle-matured Neoproterozoic Xiamaling marine shale in Zhangjiakou, HebeiEarly Silurian to Early Carboniferous ridge subduction in NW Junggar:Evidence from geochronological, geochemical, and Sr-Nd-Hf isotopic data on alkali granites and adakitesTX̑(gv0WmB\sN0W)n:WNpS͑^/WS)Yq\WSgjWQc&^euN)wSb_SpoS-egNO)npt^Nf[TOpen Flow!jbv~_gPaleo-pressure reconstruction of the deep carbonate formation and its coupling with the temperature in the Central Paleo-Uplift,Sichuan Basin]-N0W:SmB\SSRoSS)nS&TsQ|RgRPresent-day geothermal regime fo Jizhong Depression in Bohai Bay Basin ,East ChinaTectono-thermal reconstruction of the western Bohai Bay Basin (East China) and its implication for hydrocarbon generation and migrationVE Rir ~n Rir s~gဇeDtdwmvll0W( 1-10 VYOpost sOhd,{81J\EAGEVEO VQ8h_ Rir dwm m0W(N,{V~0W( 2019,395 :163-173  _4td hg z[dS0Wtf[b 213 431-440 VQOe Ğ[fkdwlN)Y6ql0W( 406 1226-1235 &{Rd0W(NDn,2019,28(01):49-56. dwm m0W(N,{V~0W(,2019,39(04):46-55. < dS0Wtf[b,2019,21(6):869-884. Lu Kai Bao Zhidongd34th IAS International Meeting of Sedimentology, Rome,10-13,September, 2019. Wei Mingyangd4th International Conference of Palaeogeography, Beijing, China, September, 2019.:318/376 Li Quanquand4th International Conference of Palaeogeography, Beijing, China, September, 2019.:316/376 Li Zongfengd4th International Conference of Palaeogeography, Beijing, China, September, 2019:315/376 d4th International Conference of Palaeogeography, Beijing, China, September, 2019:361/376 Zhang LidActa Geologica Sinica(English Edition),2018,92(06):2462-2463. Gu YufengdJournal of Petroleum Science and Engineering, 2019, 179: 996-978. dArabian Journal of geosciences,2019, 12(20):1-16 Zhao JiahongVYOoral SqRd,{34J\VElyf['YO disc 2018 Wang, JunhuidThe 4th International Conference of Palaeogeography, Beijing, China, 2019 dSedimentology Society of Japan Annual Meeting, Osaka, Japan, 2019 dJpGU Meeting, Chiba, Japan, 2019 dGSA Annual Meeting, Arizona, USA, 2019 d\t~N2mOXdƖ46-47 d-NV0Wtyf[TTf[/gt^O 2019,3349-3350 dReYexvz 2019 71 48-51 dVES0Wtf[OOXdƖ231-232 dMineralogy and Petrology, 113(2): 185-205 dACTA GEOLOGICA SINICA (English Edition) 91,2, 193-194 RYYd 0wl[0W( 0 2019 412 193-199 Sheng FuZhen LiudJournal of Asian Earth Sciences,2019.174, 68-98 dGeological Journal. 2019.1 21 dJournal of Petroleum Science and Engineering.2019.182 Uwm_u^[d)Y6ql0Wtyf[ 2019,3011 1-11 dlyf[b http://dio.org/10.14027/j.issn.1000-0550.2019.057 dJournal of Petroleum Science and Engineering 1772019 681-698 umdwlyf[b 2019 41 11-26 hglzfdThe 34th IAS International Meeting Sedimentology, Rome, Italy,10-13 September,2019 [[dVEpef[0W(t^O, in State College,Pennsylvania,USA,August 10-16,2019 lKQdGeological Journal. JUL2019,DOI: 10.1002/gj.359 denergies,2018,11(11):3078 sQR'YkSdlyf[b ,{37 wS,{2 g ,{254-265u Ruiqian ChendGoldschmidt0WtSf[t^O W^s^s_lsdwir\w0WtSf[b Jianfa CHEN Bai Donglai Yang MinghuidJournal of Petroleum Science and Engineering,184(2020) R_Odeuwl)Y6ql,15(3):11-17 d-NV0W(f[O0WpNNYXTO2019t^t^Of,{NJ\0WpRt^[W dAAPG GTW Beijing WrokshopOU\g d\'`llυ2020t^2g,{32wS,{1g51-65 Himd0Wtirtf[ۏU\2019t^,{34wS,{3g1017-1024 dJournal of Petroleum Science and Engineering 173 (2019) 820 834 dJournal of Natural Gas Science and Engineering 67 (2019) 134 146 TN&edTechnical papers August 2019 657-669 dAustralian Journal of Earth Sciences 29 Apr 2018 VOL.65 NO.5,691 710  _hf M.SantoshdLithos 300 301 (2018) 314 329 Ng9N Chang Jian%Wang, JunhuiMuto, TetsujiTamura, ToruNgX _ONgX_[i`sg3NgXO%fofHesfRm+Y8^eP`iuRhfNg9N8^ePs_ls8^eP SqRc[Ilb^ SqRc[Ilb'Wang, JunhuiNaruse, HajimeMuto, Tetsuji hglOR9hzf [[OR9hRsOhHfNs^ _4thxU[1gq{Oe 1gkyhg z[s "kLu KaiBao ZhidongWei MingyangBao ZhidongLiu Wei!Li QuanquanBao ZhidongMa Shizhong< Li ZongfengBao ZhidongSong JianLu KaiBao ZhidongSong JianWang, JunhuiMuto, TetsujiWang, JunhuiTamura, ToruMuto'Wang, JunhuiMuto, TetsujiNaruse, HajimeChang JianQiu NanshengHfNs^ 7post 7Reconstruction of sediment-dispersal patterns using seismic sedimentology in the southeastern Zhanhua Sag, Bohai Bay Basin, ChinOralZhu Xiaomin Zeng HongliuRome O:W;NbJT bNR~;N-^?Shallow delta sedimentary characteristics of Raoyang Sag, ChinaPosterYe lei, Zhu Xiaomin 34th IAS 1gq{Oe:N[^1Shale reservoir character of Sichuan Basin, ChinaPoster Zhang Meizhou,Zhu Xiaomin _2mxvzu ͑RAmly---Bouma^Ryr_S4Y,{NJ\hQV'Yf[Rt^Ye^0W( zk[WS fR~;N-^s_lSv0WF0NQwmB\x\PB\yr_S;NcV }RgrControls of faulting on basin infill patterns during the rift cycle in the Eocene PY4 Sag, Pearl River Mouth BasinEvolution of drainage, sediment-flux and fluvio-deltaic sedimentary systems response in hanging wall depocentres in evolving non-marine rift basins: Paleogene of Raoyang Sag, Bohai Bay Basin, China 1gq{Oe [[e 4THQm% Ge Jiawang, Zhu Xiaomin, Yu, Fusheng&Hehe Chen Xiaomin Zhu Robert Gawthorpe[[eH::40S1 #Australian Journal of Earth Science661 basin Research-Ne8h_ EI4:S SCIZhang LiBao ZhidongDou LuxingGu YufengBao ZhidongSong XinminNiu BoZhao JiahongFu PingSheng FuZhen LiuYi-ming ZhangSheng FuZhen LiuYiming ZhanghTؚ\bSyeylKQOR9hg zfOR9h[[ SSOR9h[el NSfeOR9h[[!Bai DonglaiYang MinghuiLei Zhibinjl mRm+Yc[qbjl mRm+Yѐssjl mRm+Yv` TN&eRm+Y3u[QR_oORm+Y _hfM.SantoshRm+YsN9NNyu1gkyĞ[fks"k_Nc[IlbhwZRYYRUwm_u^[ؚ\H\zؚ\_e_Y[=rumOR9hsQR'YkS~SN W^s^HSs_ls R_OTMb[N/cNS H!`wZRm+Ysh'\HimRm+Yze s~gဇeDtHfNs^NgX[r gY[vfpost 7sO 7oral 7OR9h 7poster  7Oe 7post 7,{NUSMO 7HS 7[[ 7OR9h 7post 7Oe 7,{NUSMO 7oral 7Oe 7poster 7,{NUSMO 7Reconstruction of sediment-dispersal patterns using seismic sedimentology in the southeastern Zhanhua Sag, Bohai Bay Basin, China Oe 7oral 71gq{Oe 7IASlyf['YO 7a'Y)R 7RO:W;N-^ 7Oe 7,{NUSMO 7post 7_N 7S~xvzu  7post 7,{NUSMO 7post 7 ,{VJ\VES0Wt'YO 7 -NVwl'Yf[SN  7 2019-09-21 78^eP 7Oe 7oral 7,{NUSMO 7post 7oral 7  SSR`,ё9h,Yu, Baohua,Weng, Haoyang 7Characteristics and origin of the pore structure of the lacustrine tight oil reservoir in the northwestern Jiuquan Basin, China 7VQSCI 7 v 12,n 21, 7,{NUSMO 7 _kx,H^[ 7NS 7e]yƉW Nxvzu1\NRcGSS|Q.^vbV{euxvzNAS]N'Y|^y_eeN'Yf[uhQbSU\^eeNR:_'Yf[uLNNIZwZ fn >Q 7>IZwZ 7zN%QwllW~ g:g-e:gvN\O(uNll:y* Organic-inorganic interaction and hydrocarbon tracing of Shahejie Formation in Dongying Depression 7R~;NbJT 7fn0fU0ѐ4t0*PzfR0_[O  7AllcKmeb/g0ecbSe:gGAAPGNxO New tools, challenges and opportunities  7 2019-10-26/28 7RO:W;NcN 7!XT~nPerdido&^NobilislυeB\[RSc6R:gt 7 hgIQ^ fn _ޘ 7hgIQ^ 7gkSQwmB\[x\-N)Y6ql^ЏySZƖyr_ 7sNtY Qh fn TNO z Whfz 7sNtY 7RzGlZ eˆSO|virt!jb[xvz 7c m fn 7llORЏySirt!jbxvz 7H)Y f fn hgIQ^ R%f 7H)Y f 7[llEQl0ЏyTZƖ:gtxvz 7fn,TNO z Qg _8l Qh lR fU 7,{]NJ\hQVllЏyf[/gxO 7QvV\v0W T(g(\QwmB\AmSO;mRv0WtirtT0WtSf[~_g 7 _4 7 T[eyTf fn W 7T[eyTf 7Q-N0W:SOW|NOnPB\llЏy:g6Rxvz 7 R܀7u fn "NS  7R܀7u 72019t^,{kQJ\-NVwl0W(t^O 7 RO:W-13;NcN 7`iu 7 2019.7.11-18 7Q~N~N `iu  7Q~N~N 7 2019.10.26-28 74T* `iu 74T* 7WSN 7 2019.3.29-31 7OybJT 7 2019.6.2-4 7RO:WyrbJT 7OyPost 7Ng }h 7Ng }h 7sUOe 7 sUOe NGS Ngpg i] 7AGU 7San Francisco, USA 7 2019-12-09 7R\s^ 7dPore Structure and Fractal Characteristics of a Lacustrine Low maturity Shale in the Bohai Bay Basin 7 sQ R\s^ ёKN 7sQ 7/AAPG 2019 International Conference & Exhibition 7Buenos Aires, Argentina  71g O^ 7(Heat flow in the Sichuan Basin, SW China 7Oe 7oral 7,{NUSMO 71g O^ `iu _f #Wh 7NThe 27th General Assembly of the International Union of Geodesy and Geophysics 7Montreal, Canada 7 2019.07.08 78^eP post 7 Chang Jian lR 7lR [[ 7a'Y)Ȓ 72019.9.30-10.4 7RGl] 7RGl] I{ 71AAPG GTW: New tools, Challenges and Opportunities 7Beijing, China 7 2019-10-26 7s~g 7mLogging Evaluation of Vertical zonation of buried hill in Cambrian Dolostone Reservoir, Tarim Basin, China  7 s~g V& s5e 734th IAS 7Wl'Yf[ 7 2019-09-11 7Qh 7aQuantitative analysis on the origin of overpressure in the qikou sag of the bohai bay basin china 7poster 7'Feng, Sen,Zeng, Jianhui,Zhang, Yongchao 7EGU General Assembly 2019 7Vienna, Austria 7 2019-04-07 7715th International Conference on Gondwana to AsiaIAGR Variation in the orientation of the maximum horizontal stress in thick channel-fill sandstones with low-permeability: A case of the Bonan Oilfield in the Bohai Bay Basin, eastern China 7Ng/cf,`iu,R_,!],0u^z,sCQpg,ؚwZ,S:_ 7+)R(u[ϑgIQb/gh_SB\n\B\|vllЏZ:g6R  N$nwm~nv0W^VQwllW~Vk:NO 7f[u 7Organic geochemistry of the Upper Triassic T(3)x(5) source rocks and the hydrocarbon generation and expulsion characteristics in Sichuan Basin, central China 7WZheng, Tianyu,Ma, Xinhua,^ĖGY,Wang, Wenyang,Zheng, Dingye,Huang, Yizhou,Wang, Xirong,sKQĖ 7)Y%m߄SZfCQSNQx\vSs 7)܏nEm4lrl N҉2mMRPB\gW!j_xvz:NQ-NsWwv3QwYul0uL18eWW:NO 79W,Meng, Wanbin,Gluyas, Jon,Tan, Xianfeng,ؚHQ_,T[eyTf,T[eyTf,R`ZS 7f[u 7&{RĞy gPlQS978-7-499-00536-5NWlyv0W0Wpf[-NVwl'Yf[YePgfTl uTS\Yev0W)Y6qˆNl4l[ˆyf[QHr>y978-7-03-061777-4! 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Z Za Zb~ Z@ Zc~ ZN@ Zd~ Y@ Zh Zi Zj~ Z@ Zk~ Z@w@ Zd~ Z@ Z Zl Zm~ Z@ Zn~ Zt@ Zd~ Z@ Z{ Z| Zm~ Z@ Z}~ Zr@ Zd~ Y@ Z Ze Zf~ Z@ Z~~ Z@ Zg~ X@ Z Zo Zm~ Z@ Zp~ Z@j@ Zg&pppppp>@ 7ggD Oh+'0@HX h t win7chenlin@8@&F@U ՜.+,D՜.+,DHP X`hp x   μӻ2019 ר̲μӻ2019!Print_Titles  Χ 8@ _PID_HLINKSA$z https://doi.org/10.1002/gj.3507LU-https://doi.org/10.1016/j.petrol.2019.106718i(0https://doi.org/10.1016/j.marpetgeo.2019.104060  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~Root Entry FP=ȌUWorkbookSummaryInformation(DocumentSummaryInformation8