個人簡介
鄒長春，男，1969年12月生，江西萬載人，博士(後)，教授，博士生導師，地球物理與信息技術學院副院長，松遼盆地資源與環境深部鑽探工程（松科2井）測錄井室主任。研究領域包括岩石物理學、測井與井中物探、綜合地球物理勘探、信息技術、常規和非常規(水合物/煤層氣/頁岩氣)油氣勘探、科學鑽探等。
1992年7月畢業於江漢石油學院礦場地球物理專業，獲學士學位；1997年7月畢業於中國石油天然氣總公司北京石油勘探開發科學研究院研究生部，獲碩士學位；2000年7月畢業於中國地質大學(北京)套用地球物理系，獲博士學位；2000年7月至2000年10月在中國石油化工集團石油勘探開發研究院工作；2000年10月至2002年10月在北京大學地球與空間科學學院做博士後研究，隨後到中國地質大學(北京)地球物理與信息技術學院任教；2016年11月至12月在加拿大阿爾伯塔大學進行訪問研究(國家留學基金委高級研究學者)。
EAGE會員(2017-2022)，EAGE中國分會理事，AGU會員，中國地球物理學會終身會員，《勘察科學技術》編委。
主講本科生課程《勘查技術與工程專業導論》、《地球物理測井》、《地球物理測井與解釋》；主講研究生課程《測井地質學》、《實變函式》、《泛函分析》，合講《近代地球物理理論方法和套用》。主持和參加的項目包括國家自然科學基金項目、教育部重點項目、中國博士後基金項目、國家專項子課題和中國大陸科學鑽探測井子課題等。指導博士、碩士研究生50餘名，招收博士後3名。發表專業學術論文90餘篇，其中SCI檢索的論文30餘篇。
通訊地址：北京市海淀區學院路29號 中國地質大學(北京)地球物理與信息技術學院
郵編：100083
代表性成果
2016-2017年：
[1]Peng C., Zou C.C. and Pan L. et al.,2017. Application of geochemical logging for palaeoenvironmental research in the Late Cretaceous Qingshankou Formation from the Chinese Continental Scientific Drilling Project-SK-2e, Songliao Basin, NE China. Journal of Geophysics and Engineering. Accepted.(通訊作者,SCI-E檢索期刊)
[2]Qu L., Zou C.C. and Lu Z.Q. et al.,2016. Elastic-wave velocity characterization of gas hydrate-bearing fractured reservoirs in a permafrost area of the Qilian Mountain, Northwest China.Marine and Petroleum Geology.Accepted.(通訊作者,SCI-E檢索期刊,地大榜刊)
[3]Li W.,Zou C.C. and Wang H. et al.,2017. A Model for Calculating the Formation Resistivity Factor in Low and Middle Porosity Sandstone Formations Considering the Effect of Pore Geometry. Journal of Petroleum Science and Engineering,152:193-203.(通訊作者,SCI-E檢索,地大榜刊)
[4]Peng C., Zou C.C. and Zhou T.N.et al.,2017.Factors affecting coalbed methane (CBM) well productivity in the Shizhuangnan block of southern Qinshui basin, North China: Investigation by geophysical log, experiment and production data. Fuel, 191:427-441.(通訊作者,SCI-E檢索,地大榜刊)
[5]Xiao L., Mao Z.Q. and Zou C.C. et al., 2016.A new methodology of constructing pseudo capillary pressure (Pc) curves from nuclear magnetic resonance (NMR). Journal of Petroleum Science and Engineering,147:154-167.(通訊作者,SCI-E檢索,地大榜刊)
[6]Xiao L., Zou C.C. and Mao Z.Q. et al., 2016. A new technique for synthetizing capillary pressure (Pc) curves using NMR logs in tight gas sandstone reservoirs. Journal of Petroleum Science and Engineering,145:493-501.(通訊作者,SCI-E檢索,地大榜刊)
[7]鄒長春,肖亮,牛一雄,等.2016.松遼盆地科學鑽探工程松科2井東孔測井設計.地學前緣,23(3): 279-286.
[8]Fu H.C.,Zou C.C., Li N. et al.,2016. A Quantitative Approach to Characterize Porosity Structure from Borehole Electrical Images and Its Application in a Carbonate Reservoir in the Tazhong Area, Tarim Basin. SPE Reservoir Evaluation & Engineering-Formation Evaluation, 19(1):18-23. (SCI-E檢索)
[9]Xiao L., Wang H. and Zou C.C. et al., 2016.Improvements on “Application of NMR logs in tight gas reservoirs for formation evaluation: A case study of Sichuan basin in China”.Journal of Petroleum Science and Engineering,138:11-17.(SCI-E檢索,地大榜刊)
[10]Xiao L., Zou C.C. and Mao Z.Q. et al., 2016. An empirical approach of evaluating tight sandstone reservoir pore structure in the absence of NMR logs. Journal of Petroleum Science and Engineering,137:227-239.(通訊作者,SCI-E檢索,地大榜刊)
[11]魏斌，鄒長春，李軍，王麗忱.2016.頁岩氣測井方法與評價.上海：東華理工大學出版社.“十三五”國家重點圖書
2010-2015年：
[1]Xiao L., Zou C.C. and Wang H.,2015.Comments on “Construction of synthetic capillary pressure curves from the joint use of NMR log data and conventional well logs. Journal of Petroleum Science and Engineering, 135:429-432.(SCI-E檢索,地大榜刊)
[2]Xiao K., Zou C.C. and Yu C.Q. et al., 2015.Numerical Simulation of Response Characteristics of Audio-magnetotelluric for Gas Hydrate in the Qilian Mountain Permafrost, China. Acta Geophysica, 63(5):1368-1404.(SCI-E檢索)
[3]鄒長春,肖昆,周新鵬,等.2014.於都贛縣礦集區科學鑽探NLSD-1孔超音波成像測井回響特徵及其深部找礦意義.地質學報,88(4):676-685
[4]Xiao K., Zou C.C. and Xiang B. et al.,2014. Log response of ultrasonic imaging and its significance for deep mineral prospecting of scientific drilling borehole-2 in Nanling district, China. Journal of Geophysics and Engineering. 11(5). (SCI-E檢索)
[5]Hou J., Zou, C.C. and Huang Z.H. et al.,2014. Log evaluation of a coalbed methane (CBM) reservoir: a case study in the southern Qinshui basin, China Journal of Geophysics and Engineering. 11(1). (SCI-E檢索)
[6]Xiao L., Liu X.P. and Zou C.C. et al.,2014. Comparative Study of Models for Predicting Permeability from Nuclear Magnetic Resonance (NMR) Logs in Two Chinese Tight Sandstone Reservoirs. Acta Geophysica. 62(1):116-141.(SCI-E檢索)
[7]Gong J.M., Zhang X.H. and Zou C.C. el al., 2014. Revision of P-wave Velocity and Thickness of Hydrate Layer in Shenhu Area, South China Sea.Journal of Ocean University of China. 13(5): 742-746.(SCI-E檢索)
[8]He T., LI H.L. and Zou C.C.,2014.3D topographic correction of the BSR heat flow and detection of focused fluid flow. Applied Geophysics.11(2):197-206. DOI: 10.1007/s11770-014-0429-1.(SCI-E檢索)
[9]Xiao K., Zou C.C. and Xiang B. et. al., 2013.Acoustic Velocity Log Numerical Simulation and Saturation Estimation of Gas Hydrate Reservoir in Shenhu Area, South China Sea. The Scientific World Journal.101459.(通訊作者,SCI-E檢索)
[10]Nie X., Zou C.C. and Pan L. et. al., 2013.Fracture Analysis and Determination of In-situ Stress Direction from Resistivity and Acoustic Image logs and Core Data in the Wenchuan Earthquake Fault Scientific Drilling Borehole-2(50~1370 m).Tectonophysics,593：161-171.(通訊作者,SCI-E檢索,地大榜刊)
[11]Xiao L., Zou C.C. and Mao Z.Q. et. al., 2013.Estimation of water saturation from nuclear magnetic resonance (NMR) and conventional logs in low permeability sandstone reservoirs.Journal of Petroleum Science and Engineering,108:40-51.(SCI-E檢索,地大榜刊)
[12]Xiao L., Zou C.C. and Mao Z.Q. et. al., 2013.Tight Gas Sands Permeability Estimation from Nuclear Magnetic Resonance (NMR) Logs Based on Hydraulic Flow Unit (HFU) Approach.Journal of Canadian Petroleum Technology,52(8)：306-314.(SCI-E檢索,地大榜刊)
[13]Pei F.G.,Zou C.C. and He T. et. al.,2011. Experimental study on the relationship among fluid density and saturation and sonic wave velocity of rock samples from the WXS Depression, South China Sea. Petroleum Science,8(1)(通訊作者,SCI-E檢索)
[14]He T.,Shi G. and Zou C.C. et. al.,2011.The uncertainty analysis of the key factors that affect the AVO attributes in sandstone reservoir. Chinese Journal of Geophysics-Chinese edition,54(6):1584-1591 (SCI-E檢索)
[15]He T.,Zou C.C. and Pei F.G. et. al.,2010. Laboratory study of fluid viscosity induced ultrasonic velocity dispersion in reservoir sandstones. Applied Geophysics, 7(2)(SCI-E檢索)
[16]Pei F.G.,Zou C.C. and He T. et. al.,2010. Fluid sensitivity study of elastic parameters on the medium and low porosity and permeability reservoir rock. Applied Geophysics, 7(1)(通訊作者,SCI-E檢索)
[17]《英漢石油技術詞典》編寫組,2013.12. 英漢石油技術詞典（第三版）. 北京：石油工業出版社 (副主編)
[18]鄒長春,譚茂金,尉中良,黃兆輝. 2010.12. 地球物理測井教程.北京：地質出版社
2010年之前:
[1]Chen L.Q., Zou C.C. and Wang Z.H. et. al. 2009.Logging Evaluation Method of Low Resistivity Reservoir—A Case Study of Well Block DX12 in Junggar Basin. Journal of Earth Science, 20(6):1004-1012 (SCI-E檢索)
[2]Zou C.C. and Pan L.Z.,2008. Comment on “C-program for the calculation of gas hydrate stability zone thickness”. Computers & Geosciences (SCI-E檢索)
[3]Zou C.C., Zhu Y. and Zhang Y.W. et. al., 2008. An Effective Approach for Skew Detection and Correction of Geophysical Log Image Using Hough Transform and a Priori Knowledge. 9th International Conference on Signal Processing (EI、ISTP檢索)
[4]Zou C.C., Ma H.L. and Niu Y.X. et. al., 2008. Resistivity and acoustic imaging logging in the main hole of the Chinese Continental Scientific Drilling Project. 3rd International Conference on Environmental and Engineering Geophysics, 642-645 (ISTP檢索)
[5]Zou C.C., Pan L.Z. and Niu Y.X. et. al., 2007. Well log images for core location and reorientation: Application to the main drill hole of the Chinese Continental Scientific Drilling Project. Journal of China University of Geosciences, 18(Special Issue):1-3 (SCI-E檢索)
[6]Zou C.C., Pan L.Z. and Chen J.W. et. al., 2007. Porosity estimation of sea-floor sediments from well logs: A case study in ODP Leg 184, South China Sea. Journal of China University of Geosciences, 18(Special Issue):4-7 (SCI-E檢索)
[7]Zou C.C., Shi G. and Pan L.Z., 2004. Acoustic borehole images for fracture extraction and analysis in the second pre-pilot drillhole of CCSD. Journal of China University of Geosciences, 15(1):123-127
[8]Zou C.C. and Shi G., 2002. A Hough transform-based method for fast detection of fixed period sinusoidal curves in images. 6th International Conference on Signal Processing, 909-912 (ISTP檢索)
[9]尉中良,鄒長春. 2005. 地球物理測井.北京：地質出版社
[10]《英漢雙解石油辭典》編委會,2007.10.英漢雙解石油辭典. 北京：石油工業出版社, 參編
[11]《英漢石油圖解百科辭典》編委會,2007.08. 英漢石油圖解百科辭典. 北京：石油工業出版社 (副主編)
[12]《英漢雙向石油詞典》編委會,2006.10. 英漢雙向石油詞典. 北京：石油工業出版社, 參編
科研項目
[1]祁連山凍土區天然氣水合物測井識別與儲層評價技術攻關項目,國家127專項(GZH201400302)所屬工作項目,2014~2016,負責
[2]松遼盆地科學鑽探2號井(松科2井)測井綜合研究與管理,松遼盆地資源與環境深部鑽探示範項目所屬課題,2013.08~2016.12,負責
[3]頁岩氣儲層岩石物理學特性的實驗研究,國家自然科學基金項目(41274185),2013.01~2016.12,負責
[4]三露天測井在水合物資源評價中的套用研究,地調項目專題,青海煤炭地質105勘探隊&中國地質調查局,2013.10~2014.12,負責
[5]松遼盆地大陸科學鑽探2號井(松科2井)測井子工程設計,地調項目專題,中國地質科學院勘探技術研究所,2013.08~2013.10,負責
[6]水合物岩石地球物理回響特徵分析研究,地調項目專題,中國地質科學院地質所,2013.01~2013.12,負責
[7]河北省縣化稍鎮郝家台新生代鑽孔綜合測井,地調項目專題,中國地質科學院地質所,2013.01~2013.12,負責
[8]於都-贛縣礦集區盤古山異常驗證孔地球物理測井資料處理與綜合研究,Sinoprobe子課題,2012.06~2013.09,負責
[9]雲南騰衝火山-地熱-斷裂帶科學鑽探孔成像測井地質構造套用研究,行業基金子課題,中國地質科學院地質所,2012.07~2014.06,負責
[10]煤層氣測井資料解釋方法研究,中海油田服務股份有限公司,2012.05~2012.12,負責
[11]多井條件下井中三分量磁測正反演方法研究,中央科研業務費項目,2012.01~2014.12,負責
[12]於都-贛縣礦集區銀坑示範區科學鑽探地球物理測井資料處理與綜合研究,Sinoprobe子課題,2011.07~2012.09,負責
[13]汶川科學鑽探成像測井地質構造套用研究,國家專項專題,中國地質科學院探礦工藝研究所,2009.06~2012.06,負責
[14]東北凍土區天然氣水合物勘查綜合測井,地調項目專題(GZHL20110321),2011.01~2011.12,參加
[15]高郵凹陷岩石彈性參數測試,中石化江蘇油田地質研究院,2010.05~2011.04,負責
[16]地震斷裂帶井中觀測方法及套用基礎研究,教育部重點項目,2009.01~2010.12,負責
[17]渤海低孔低滲儲層成因機理及主控因素研究,中海油田服務股份有限公司,2008.10~2009.05,負責
[18]天然氣水合物資源綜合評價軟體研製與開發,國家118專項(GHZ200200202)子課題,2008.07~2009.04,負責
[19]朝長地區扶楊油層成藏模式與石油富集區評價研究,企業委託項目,2007.07~2008.10,參加
[20]大慶長垣外圍西部薩葡油層水淹層測井回響機理實驗研究,大慶油田有限責任公司勘探開發研究院,2006.09~2007.06,負責
[21]利用測井資料預測砂岩儲層的方法及套用,中海油田服務股份有限公司,2006.04~2006.11,負責
[22]成像測井-岩心掃描圖像綜合處理系統研製及套用,中國大陸科學鑽探中心,2003.01~ 2005.12,負責
[23]含氣水合物岩石的電性性質及飽和度模型研究,國家自然科學基金委(40274040),2003.01~2005.12,參加
[24]薄層測井資料處理解釋技術、軟體研製及套用,中國石化集團公司中原油田分公司,2003,負責
[25]天然氣水合物儲層測井評價數學物理模型研究,第三十批中國博士後科學基金項目,2002,負責
[26]超聲成像測井地質界面識別和真產狀解釋研究,中國大陸科學鑽探測井預研究項目,2001,負責
教學招生
主要招生方向：
[1]地球物理測井
[2]能源與固體礦產資源地球物理勘探
[3]岩石物理學
[4]地球物理信息處理及反演理論
[5]計算機軟體設計與開發
