I. Basic Information
lFamiliy Name: ZHANG
lGiven Name: HUIXING
lGender: Female
lDate of birth: July, 1973
lPlace of birth: Shijiazhuang, Hebei
lContact address: Department of Geo-exploration and Information Technology,
Ocean University of China, No.238, Songling
Road, 266100, Qingdao, 266100, Shandong
Province, P.R.China
lPhones: 0086-13386423993(OfficeC505)
lE-mail address: zhxing@ouc.edu.cn; zhhuixing@sina.com
II. Education and Profession
1. Education obtained
lChina University of Mining and Technology, Applied Geophysics, B.Sc., Xuzhou, China, July, 1997
lChina University of Mining and Technology, International Trade, B.Sc., Xuzhou, China, July, 1999
lChina University of Mining and Technology (Beijing), Seismic Exploration and Information Technology, Ph.D., Beijing, China, July, 2004
2. Professional positions
lAssociate Professor, Ocean University of China (Jan., 2013-present)
3. Keyprojects
lProgram of NSFC, “Key Project: Research on seismic attenuation and dispersion mechanisms in partially saturated rocks”(41204089, 2013.01-2015.12), Principal Investigator
lS863 Key Program of Ministry of Science and Techonology, “Marine complex reservoir identification of prestack low-frequency reflection technology”(S863: 2008AA09Z302, 2008.01-2010.12), Key technician
4. National invention patents
l[National Invention Patent]. A method of prestack low-frequency signal identification for complex reservoir, Inventors: Huixing Zhang, Xiaodian, Jiang. Authorized No.: 201010610767.8
III. Research Domains
1. General
lTwo-phase media theory, Hydrocarbon detection, Forward modeling of seismic waves.
2. Application
lApplication of methods and techniques of hydrocarbon detection based on two-phase media theory in oil and gas exploration.
3. Recent interests
lPropogation of seismic waves in partially saturated rocks;
lAttenuation and dispersion of seismic waves in fluid-containing porous rocks;
lFrequency decomposion technology.
IV. Major Publications
List of Major Publications as Follows:
[1]. Zhang, H.X., Li, J., Lin, Q., Qu J.Z., Yang, Q.Z.. 2013. Contrast of time-frequency analysis methods and fusion of Wigner-Ville distribution and wavelet transform. Advanced Materials Research, 805-806:1962-1965.
[2]. Zhang, H.X., He, B.S., Jiang, X.D.. 2011. Utilizing Morlet Spectral Decompostion to Detect Oil and Gas. Computer Science for Environmental Engineering and EcoInformatics, 159:293-298.
[3]. Zhang, H.X., He, B.S., Jiang, X.D., Zhang, J.C.. 2010. Utilizing attenuation characteristic of seismic wave in dual-phase medium to detect oil and gas.Oil Geophysical Prospecting, 45(3):343-349.
[4]. Zhang, H.X., He, B.S., Jiang, X.D., 2010. Hydrocarbon detection principle and its application based on Biot’sporoelastic theory. IITA-GRS, 1:318-321.
[5]. Zhang, H.X., He, B.S., Zhang, J.. 2008. Forward modeling of seismic wave fields in complex anisotropic media using finite difference method. Journal of China Coal Society, 33(11):1257-1262
[6]. Sun, W.Y., Zhang, H.X., Sun.Y.. 2013. Apply S-transform to extract the attenuation and dispersion attributes of the seismic wave to detect oil and gas. Periodical of OceanUniversity of China (Natural Science), 43(10):83-87.
[7]. Du, Y.K., Zhang, H.X., Sun, W.Y.. 2011. A comparison of Velocity and Attenuation of P-wave on Biot and BISQ Model. Chinese Journal of Engineering Geophysics, 8(4):452-458.
[8]. Sun, W.Y., Zhang, H.X., Du, Y.K.. 2011. Matching Trace Time-frequency Analysis and Its Application in Oil and Gas Detection.Journal of Shandong University of Science and Technology (Natural Science). 30(4):51-57
[9]. Yang, S.A., Zhang, H.X.. 2009. Application of 3D Seismic Information to Pridict Rich Gas Concentrated Zone. Coal Science and Technology, 37(8):108-110.
[10]. Yang, S.A., Ning, S.N., Zhang, H.X., Chu,W.S.. 2006. Feasibility study on predicting gas using three-dimensional seismic technique. Coal Geology & Exploration, 34(3):72-74
[11]. Yang, S.A., Ning, S.N., Zhang, H.X., Jiang, T.M.. 2006. Research achievements of forecasting gas using three-dimensional seismic exploration. Journal of China Coal Society, 31(3):334-336
[12]. Yang, S.A., Ning, S.N., Zhang, H.X.. 2005. Prediction technology of coal bed methane based on double-phase mediatheory. Journal of China Coal Society, 30:66-68
[13]. Zhang, H.X., He, B.S.. 2004. Forward Modeling of Seismic Wave Equations in Two-phase Media. Expanded Abstracts CPS/SEG 2004 international Geophysical Conference, 232-234
[14]. Zhang, H.X., He, B.S., Ning,S.N.. 2004. High-order Finite Difference Solution of Dilatational Wave Equationsin Two-phase Media. Geophysical and Geochemical Exploration, 28(4):307-309
