IGGCAS OpenIR  > 岩石圈演化国家重点实验室
Heat flow, heat production, thermal structure and its tectonic implication of the southern Tan-Lu Fault Zone, East-Central China
Wang, Yibo1,2,3,4; Hu, Shengbiao1,2,3; Wang, Zhuting1,2,3; Jiang, Guangzheng1,3; Hu, Di1,2,3; Zhang, Kesong5; Gao, Peng1,2,3; Hu, Jie1,2,3; Zhang, Tao4
2019-11-01
Source PublicationGEOTHERMICS
ISSN0375-6505
Volume82Pages:254-266
AbstractWe present new heat flow and heat production data to constrain the lithospheric thermal structure along the southern Tan-Lu Fault Zone (STLFZ), a continuous active deep crustal fault zone in East Asia, and use these thermal data to infer how the thermal structure of the STLFZ influences regional focal depths. We report five new high-quality heat flow measurements derived from temperature-depth profiles at five well sites and detailed thermal conductivity measurements of 13 outcrop samples and 115 dry core samples from five wells along the STLFZ. We analyze these new data in combination with published data to derive a thermal profile along the STLFZ and map the 350 degrees C isotherm along the STLFZ, which correlates well with the maximum depth of recorded seismicity. The results indicate that: (1) the thermal gradient along the STLFZ increase from 22.2 degrees C km(-1) in the south to 34.8 degrees C km(-1) in the north; (2) heat flow values are in the 44.0-75.4 mW m(-2) range along the STLFZ, with a mean value of 59.9 +/- 10.5 mW m(-2) ; (3) the highest heat flow value is located in Lu-Zong Basin, with extremely high radioactive heat production of 15-20 mu W m(-3) in the upper crust that may be related to local ore bodies; and (4) the bottom boundary of the shallow-earthquake seismic zone in the STLFZ coincides with the 350 degrees C isotherm.
KeywordHeat flow Thermal structure Tan-Lu Fault Zone Focal depth Heat production
DOI10.1016/j.geothermics.2019.06.007
Funding OrganizationAnhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone)
WOS KeywordBUNDELKHAND CRATON ; CONTINENTAL AREA ; STICK-SLIP ; NORTH ; CONDUCTIVITY ; ROCKS ; TEMPERATURE ; PRESSURE ; BELT ; CONSTRAINTS
Language英语
Funding ProjectAnhui Fund Project (Basic Measurement of Heat Flow in Anhui Province)[2014-g-11] ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin)[2017ZX05008-004] ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone)[41602135]
Funding OrganizationAnhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Anhui Fund Project (Basic Measurement of Heat Flow in Anhui Province) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; Jiangsu Fund Project (Investigation of Geothermal Field and Special Study on Crustal Thermal Structure in Subei Basin) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone) ; National Youth Science Fund Project (Methods Study Based on Petrophysics Experiments for Accurate Recognition of LithofaciesDiagenetic Facies with Well Logs in Tuffaceous Sandstone)
WOS Research AreaEnergy & Fuels ; Geology
WOS SubjectEnergy & Fuels ; Geosciences, Multidisciplinary
WOS IDWOS:000486109100022
PublisherPERGAMON-ELSEVIER SCIENCE LTD
Citation statistics
Cited Times:1[WOS]   [WOS Record]     [Related Records in WOS]
Document Type期刊论文
Identifierhttp://ir.iggcas.ac.cn/handle/132A11/93710
Collection岩石圈演化国家重点实验室
Corresponding AuthorHu, Di
Affiliation1.Chinese Acad Sci, Inst Geol & Geophys, State Key Lab Lithospher Evolut, Beijing, Peoples R China
2.Univ Chinese Acad Sci, Coll Earth & Planetary Sci, Beijing, Peoples R China
3.Chinese Acad Sci, Inst Earth Sci, Beijing, Peoples R China
4.Shandong Univ Sci & Technol, Coll Earth Sci & Engn, Qingdao, Shandong, Peoples R China
5.Inst Anhui Bur Geol Explorat, First Hydrol & Engn Geol Explorat, Bengbu, Peoples R China
First Author AffilicationInstitute of Geology and Geophysics, Chinese Academy of Sciences
Corresponding Author AffilicationInstitute of Geology and Geophysics, Chinese Academy of Sciences
Recommended Citation
GB/T 7714
Wang, Yibo,Hu, Shengbiao,Wang, Zhuting,et al. Heat flow, heat production, thermal structure and its tectonic implication of the southern Tan-Lu Fault Zone, East-Central China[J]. GEOTHERMICS,2019,82:254-266.
APA Wang, Yibo.,Hu, Shengbiao.,Wang, Zhuting.,Jiang, Guangzheng.,Hu, Di.,...&Zhang, Tao.(2019).Heat flow, heat production, thermal structure and its tectonic implication of the southern Tan-Lu Fault Zone, East-Central China.GEOTHERMICS,82,254-266.
MLA Wang, Yibo,et al."Heat flow, heat production, thermal structure and its tectonic implication of the southern Tan-Lu Fault Zone, East-Central China".GEOTHERMICS 82(2019):254-266.
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