|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
压裂诱发的微地震震源机制及信号传播特性
Keywords: 微地震,破裂机制,震源机制解,矩张量,裂隙演化
Abstract:
？随着仪器、处理和解释技术的进步,微地震在描绘储层内的压裂和断裂系统方面的应用愈来愈广,在储层管理上发挥了越来越大的作用.本文分析了压裂产生的脆性变形以及微地震产生机制,探讨了裂隙动态变化及产生的微地震响应特性,分析了利用微地震数据研究裂隙时空分布规律的可能性.主要内容包括:裂纹的产生诱发微地震,在水力压裂过程中裂纹尖端效应和漏泄效应是产生微地震的主要原因;微地震震源矩张量釆用特征值分解法可以分解为双力偶成分、补偿线性矢量极偶成分和各向同性成分;通过有限差分正演模拟分析了微地震信号的传播特性,微地震源特性和速度模型会显著影响微地震波形.
| [1] | staněkf,eisnerlandmosertj.stabilityofsourcemechanismsinvertedfromp-waveamplitudemicroseismicmonitoringdataacquiredatthesurface[j].geophysicalprospecting.2014,62(3):475-490[2]jiaowj,davidsonmandsenaa.thematterofsize:onthemomentmagnitudeofmicroseismicevents.geophysics,2014,79(3):ks31-ks41.[3]baigaandurbancicti.microseismicmomenttensors:apathtounderstandingfracgrowth[j].theleadingedge.2010,29(3):320-324[4]eisnerl,geidandhallom.thepeakfrequencyofdirectwavesformicroseismicevents.geophysics,2013,78(6):a45-a49.[5]akikandrichardspg.quantitativeseismology(2ndedition).universitysciencebooks,2002.[6]孟昭波,杨丽华.地震勘探正演问题中震源机理的数值模拟[j].石油地球物理勘探.1990,25(1):45-52？？浏览mengzhaobo,yanglihua.numericalsimulationofsourcemechanisminseismicprospecting[j].ogp.1990,25(1):45-52？？浏览[7]eisnerl,hulseybj,duncanpetal.comparisonofsurfaceandboreholelocationsofinducedseismicity.geophysicalprospecting,2010,58(5):805-816.[8]maxwellsc.microseismic:growthbornfromsuccess[j].theleadingedge.2010,29(3):338-343[9]janskyj.plickavandeisnerl.feasibilityofjoint1dvelocitymodelandeventlocationinversionbytheneighbourhoodalgorithm.geophysicalprospecting,2010,58(2):229-234.[10]angusda.aone-waywaveequationformodelingseismicwaveformvariationsduetoelasticheterogeneity[j].geophysicaljournalinternational.2005,162(3):882-898[11]angusda,kendalljm,fisherqjetal.modellingmicroseismicityofaproducingreservoirfromcoupledfluid-flowandgeomechanicalsimulation[j].geophysicalprospecting.2010,58(5):901-914[12]刘振武,撒利明,巫芙蓉等.中国石油集团非常规油气微地震监测技术现状及发展方向[j].石油地球物理勘探.2013,48(5):843-853？？浏览liuzhenwu,saliming,wufurongetal.microseismicmonitortechnologystatusforunconventionalresourcee&panditsfuturedevelopmentincnpc[j].ogp.2013,48(5):843-853？？浏览[13]fischert,guesta.shearandtensileearthquakescausedbyfluidinjection.geophysicalresearchletters,2011,38(5):lo5307.[14]hudsonj,pearcerandrobertsr.sourcetypeplotforinversionofthemomenttensor[j].journalofgeophysicalresearch:solidearth.1989,94(b1):765-774[15]grechkav,yaskevichs.azimuthalanisotropyinmicroseismicmonitoring:abakkencasestudy.geophysics,2014,79(1):ks1-ks12.[16]eatondwandforouhidehf.solidanglesandtheimpactofreceiver-arraygeometryonmicroseismicmoment-tensorinversion.geophysics,2011,76(6):wc77-wc85.[17]nolen-hoeksemarandruffl.momenttensorin-versionofmicroseismsfromtheb-sandproppedhydrofracture,m-site,colorado[j].tectonophysics.2001,336(1):163-181[18]？ílenyj,hilldp,eisnerletal.non-double-couplemechanismsofmicroearthquakesinducedbyhydraulicfracturing.journalofgeophysicalresearch:solidearth,2009,114(b8):b08307.[19]julianbr,foulgergr.time-dependentseismictomography[j].geophysicaljournalinternational.2010,182(3):1327-1338[20]songfx,warpinskinrandtoks?zn.full-waveformbasedmicroseismicsourcemechanismstudiesinthebarnettshale:linkingmicroseismicitytoreservoirgeomechanics.geophysics,2014,79(2):ks13-ks30.[21]vavryukv.tensileearthquakes:theory,modeling,andinversion.journalofgeophysicalresearch:solidearth,2011,116(b12):b12320.[22]laytandwallacetc.modernglobalseismology.academicpress,newyork,1995.[23]shizandben-ziony.seismicradiationfromtensileandshearpointdislocationsbetweensimilaranddissimilarsolids[j].geophysicaljournalinternational.2009,179(1):444-458[24]zhangwandsheny.unsplitcomplexfrequency-shiftedpmlimplementationusingauxiliarydifferentialequationsforseismicwavemodeling.geophy-sics,2010,75(4):t141-t154.[25]gravesrw.simulatingseismicwavepropagationin3delasticmediausingstaggered-gridfinitedifference.bulletinoftheseismologicalsocietyofamerica,1996,86(4):1091-1106.[26]drossaertfhandgiannopoulosa.complexfre-quencyshiftedconvolutionpmlforfdtdmodelingofelasticwaves[j].wavemotion.2007,44(7):593-604[27]kanamorih.theenergyreleaseingreatearth-quakes[j].journalofgeophysicalresearch:solidearth.1977,82(10):2981-2987
|
| [2] | staněkf,eisnerlandmosertj.stabilityofsourcemechanismsinvertedfromp-waveamplitudemicroseismicmonitoringdataacquiredatthesurface[j].geophysicalprospecting.2014,62(3):475-490
|
| [3] | baigaandurbancicti.microseismicmomenttensors:apathtounderstandingfracgrowth[j].theleadingedge.2010,29(3):320-324
|
| [4] | mengzhaobo,yanglihua.numericalsimulationofsourcemechanisminseismicprospecting[j].ogp.1990,25(1):45-52？？浏览
|
| [5] | janskyj.plickavandeisnerl.feasibilityofjoint1dvelocitymodelandeventlocationinversionbytheneighbourhoodalgorithm.geophysicalprospecting,2010,58(2):229-234.
|
| [6] | angusda.aone-waywaveequationformodelingseismicwaveformvariationsduetoelasticheterogeneity[j].geophysicaljournalinternational.2005,162(3):882-898
|
| [7] | angusda,kendalljm,fisherqjetal.modellingmicroseismicityofaproducingreservoirfromcoupledfluid-flowandgeomechanicalsimulation[j].geophysicalprospecting.2010,58(5):901-914
|
| [8] | 刘振武,撒利明,巫芙蓉等.中国石油集团非常规油气微地震监测技术现状及发展方向[j].石油地球物理勘探.2013,48(5):843-853？？浏览
|
| [9] | liuzhenwu,saliming,wufurongetal.microseismicmonitortechnologystatusforunconventionalresourcee&panditsfuturedevelopmentincnpc[j].ogp.2013,48(5):843-853？？浏览
|
| [10] | fischert,guesta.shearandtensileearthquakescausedbyfluidinjection.geophysicalresearchletters,2011,38(5):lo5307.
|
| [11] | grechkav,yaskevichs.azimuthalanisotropyinmicroseismicmonitoring:abakkencasestudy.geophysics,2014,79(1):ks1-ks12.
|
| [12] | vavryukv.tensileearthquakes:theory,modeling,andinversion.journalofgeophysicalresearch:solidearth,2011,116(b12):b12320.
|
| [13] | laytandwallacetc.modernglobalseismology.academicpress,newyork,1995.
|
| [14] | jiaowj,davidsonmandsenaa.thematterofsize:onthemomentmagnitudeofmicroseismicevents.geophysics,2014,79(3):ks31-ks41.
|
| [15] | eisnerl,geidandhallom.thepeakfrequencyofdirectwavesformicroseismicevents.geophysics,2013,78(6):a45-a49.
|
| [16] | akikandrichardspg.quantitativeseismology(2ndedition).universitysciencebooks,2002.
|
| [17] | 孟昭波,杨丽华.地震勘探正演问题中震源机理的数值模拟[j].石油地球物理勘探.1990,25(1):45-52？？浏览
|
| [18] | eisnerl,hulseybj,duncanpetal.comparisonofsurfaceandboreholelocationsofinducedseismicity.geophysicalprospecting,2010,58(5):805-816.
|
| [19] | maxwellsc.microseismic:growthbornfromsuccess[j].theleadingedge.2010,29(3):338-343
|
| [20] | hudsonj,pearcerandrobertsr.sourcetypeplotforinversionofthemomenttensor[j].journalofgeophysicalresearch:solidearth.1989,94(b1):765-774
|
| [21] | eatondwandforouhidehf.solidanglesandtheimpactofreceiver-arraygeometryonmicroseismicmoment-tensorinversion.geophysics,2011,76(6):wc77-wc85.
|
| [22] | nolen-hoeksemarandruffl.momenttensorin-versionofmicroseismsfromtheb-sandproppedhydrofracture,m-site,colorado[j].tectonophysics.2001,336(1):163-181
|
| [23] | ？ílenyj,hilldp,eisnerletal.non-double-couplemechanismsofmicroearthquakesinducedbyhydraulicfracturing.journalofgeophysicalresearch:solidearth,2009,114(b8):b08307.
|
| [24] | julianbr,foulgergr.time-dependentseismictomography[j].geophysicaljournalinternational.2010,182(3):1327-1338
|
| [25] | songfx,warpinskinrandtoks?zn.full-waveformbasedmicroseismicsourcemechanismstudiesinthebarnettshale:linkingmicroseismicitytoreservoirgeomechanics.geophysics,2014,79(2):ks13-ks30.
|
| [26] | shizandben-ziony.seismicradiationfromtensileandshearpointdislocationsbetweensimilaranddissimilarsolids[j].geophysicaljournalinternational.2009,179(1):444-458
|
| [27] | zhangwandsheny.unsplitcomplexfrequency-shiftedpmlimplementationusingauxiliarydifferentialequationsforseismicwavemodeling.geophy-sics,2010,75(4):t141-t154.
|
| [28] | gravesrw.simulatingseismicwavepropagationin3delasticmediausingstaggered-gridfinitedifference.bulletinoftheseismologicalsocietyofamerica,1996,86(4):1091-1106.
|
| [29] | drossaertfhandgiannopoulosa.complexfre-quencyshiftedconvolutionpmlforfdtdmodelingofelasticwaves[j].wavemotion.2007,44(7):593-604
|
| [30] | kanamorih.theenergyreleaseingreatearth-quakes[j].journalofgeophysicalresearch:solidearth.1977,82(10):2981-2987
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
