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王赟的代表論著

[1] Chunying Yang, *Yun Wang and Jun Lu, 2012, Application of Rayleigh wave on static correction of PS-wave. Journal of Geophysics and Engineering

[2] Han Jianguang,*Wang Yun,Lu Jun, 2014. Gaussian beam prestack depth migration in heterogeneous, transversely isotropic media. Exploration Geophysic

[3] Han Jianguang,*Wang Yun,Lu Jun. Gaussian beam prestack depth migration velocity analysis for PP- and PS-waves. Applied Geophysics,2014,accepted

[4] Jianguang Han, *Yun Wang, Jun Lu, 2013. Multi-component Gaussian beam prestack depth migration. Journal of Geophysics and Engineering

[5] Jianli Zhang, *Yun Wang, Jun Lu, 2013. A new algorithm for frequency-dependent shear-wave splitting parameters extraction and its application,Journal of Geophysics and Engineering

[6] Jun Lu and *Yun Wang, 2012. P- and S-wave separation and amplitude recovery in affine coordinate system. Journal of Geophysics and Engineering

[7] Jun Lu, and *Wang Yun, 2010, Seismic wave propagating in Kelvin-TI media, Applied Geophysics

[8] Jun Lu, and *Yun Wang, 2009, Attenuating simulation and Q compensation for PP- and PS-wave in viscoelastic media, Symposium on Geophysical & Geochemical Geosystems, Spain-China, First Circular, Abstract.

[9] Jun Lu, *Yun Wang & Ying Shi, 2006, Seismic wave propagating in Kelvin-TI media. The 12TH International Workshop on Seiemic Anisotropy (Beijing, China), Expanded Abstracts

[10] Jun Lu, *Yun Wang, Chunying Yang, 2010, Surface wave suppression in x-component records using instantaneous polarization filtering, Applied Geophysics

[11] Liu Yun, Wang Xu-Ben, and *Wang Yun. Numerical modeling of the 2D time-domain transient electromagnetic secondary field of the line source of the current excitation. Applied Geophysics

[12] Wei Wang, *Yun Wang, Junjie Yin, Xing Gao, 2012, Error analysis of the converted wave deduced by equivalent velocity assumption, Exploration Geophysics

[13] Wu ZP, Wang SX, Zhang SH, Wang Y, and Wang PC. Application of amplitude ratio profiles extracted with pre-stack Kirchhoff integral migration. PETROLEUM SCIENCE

[14] *Y. Wang, J. Lu, Y. Shi, et.al, 2009, PS-wave Q estimation based on the P-wave Q values, J. Geophys. Eng.

[15] Ying Shi, *Yun Wang & Jun Lu, 2006, Analysis of seismic azimuthally anisotropy of coal measures. The 12TH International Workshop on Seismic Anisotropy (Beijing, China), Expanded Abstracts

[16] *Yun Wang and Jun Lu, 2009, Broad-band seismic exploration aimed at the detection of metal base ores, Symposium on Geophysical & Geochemical Geosystems, Spain-China, First Circular, Abstract.

[17] *Yun Wang, Deyi Yang & Jun Lu. 2006, Seismic Modeling in Fractured Coalbed Media. The 12TH International Workshop on Seiemic Anisotropy (, Beijing, China), Expanded Abstracts

[18] *Yun Wang, Deyi Yang & Ying Shi. 2006, Application of the weakness ratio in fluid detection in fracture media. The 12TH International Workshop on Seiemic Anisotropy (Beijing, China ), Expanded Abstracts

[19] *Yun Wang, Junjie Yin and Bin Guo, 2009, The numerical simulation and imaging of seismic scattered wave applied to base metal exploration, Exploration Geophysics

[20] *Yun Wang, Junjie Yin, 2009, THE NUMERICAL SIMULATION AND IMAGING OF SEISMIC SCATTERED WAVE APPLIED TO BASE MATEL EXPLORATION. 20th International Geophysical Conference and Exhibition, Extended Abstract.

[21] *Yun Wang, Miaoyue Wang and Yafen Yan, 1998, A possible archaeological site in the Three Gorge area of China: A new method applied to the processing and interpretation of magnetic data. Archaeological Prospection

[22] *Yun Wang, Wei Wang and Junjie Yin, 2012, A modified EOM method for PS-wave migration, Exploration Geophysics

[23] Zeng Gang, Ling Yizong, Wang Yun, Peng Suping, Zhao Goujing, Liu Hong, and Jian Guirong. Implementation of high performance network computation paradigm based on the HP high-end server. Computer Applications in the Minerals Industries

[24] 曹誌勇,王偉,王赟。煤層陷落柱散射波數值模擬與成像。地球物理學報

[25] 韓建光,*王赟,蘆俊,胡蓮蓮,王彥嬙。彈性波Kirchhoff疊前深度偏移速度分析。石油地球物理勘探

[26] 劉勁松,王赟,姚振興。微地震信號到時自動拾取方法研究。地球物理學報

[27] 蘆俊,王赟,孟召平等,2006,各向同性介質中多分量轉換波地震數據采集的接收時窗。煤炭學報

[28] 蘆俊,王赟,石瑛,2006,關於VTI介質中多分量轉換波地震數據采集的最佳接收時窗[J]。 地球物理學報

[29] 蘆俊,*王赟,石瑛。利用多波地震與測井數據聯合反演預測煤巖的堅固性。地球物理學報

[30] 蘆俊,*王赟,趙偉。應用三分量地震數據反演煤系地層孔隙含水量。地球物理學報

[31] 孟召平,郭彥省,王赟,等,2006,基於地震屬性的煤層厚度預測模型及其應用。地球物理學報

[32] 石瑛,*王赟,蘆俊,2007,用3CVSP資料分析含煤地層的方位各向異性,煤炭學報

[33] 石瑛,*王赟,蘆俊,2008,煤田地震多屬性分析技術的應用,煤炭學報

[34] *王赟,高遠,接銘訓,2003,煤系地層裂縫裂隙發育帶的預測。煤炭學報

[35] *王赟,蘆俊,石瑛。我們能識別煤層中垂直落差小於3米的斷層嗎?煤炭學報

[36] *王赟,石瑛,楊德義,2008,弱度比在裂縫含流體檢測中的應用,地球物理學報

[37] 王赟,王妙月,彭蘇萍,1999,地球物理隨機聯合反演。地球物理學報

[38] 王赟,邢春穎,2001,地震資料處理解釋的分辨機理初探。煤炭學報

[39] *王赟,許小凱,楊德義。常溫壓條件下4種變質程度構造煤的超聲彈性特征。中國科學D輯,2014,收錄待刊(中英文)

[40] *王赟,許小凱,張玉貴。6種不同變質程度煤的縱橫波速度特征及其與密度的關系。地球物理學報

[41] 王赟,許雲,王妙月,1998,地震勢能剖面。地球物理學報

[42] *王赟,楊德義,蘆俊,2009,TI介質中三分量轉換波的速度比研究,煤炭學報

[43] 王赟,楊德義,石昆法,2002,CSAMT法基本理論及在工程中的應用。煤炭學報

[44] *王赟,張玉貴,許小凱。6種不同變質程度煤的最大鏡質組反射率與彈性參數的關系。地球物理學報

[45] 邢春穎,王贇,李茂榕,2004,三維三分量地震資料試處理。石油地球物理勘探

[46] 許小凱,*王赟,孟召平。6種不同變質程度煤巖的品質因子特征。地球物理學報

[47] 楊春,*王赟,楊德義。構造煤的地震可識別性理論探討。煤炭學報,2014,收錄待刊

[48] 楊道慶,接銘訓,王贇,2002,地震目標勘探識別奧陶系頂。煤炭學報

[49] 楊德義,高遠,王贇,2003,3D3C地震資料在煤系地層巖性預測中的應用。地學前緣

[50] 楊德義,*王赟,張美根。裂隙弱度參數的波場特征。地球物理學報

[51] 姚陳,蔡明剛,*王赟。各向同性薄層反射理論地震圖。地球物理學報

[52] 張建利,*王赟,張玉貴。橫波偏振方法在煤樣超聲測量實驗中的應用。煤炭學報

[53] 張永剛,*王赟,尹軍傑。單點高密度地震數據處理的理論分析與初步評估。石油地球物理勘探

[54] 張永剛,*王赟,王妙月,2004,目前多分量地震勘探中的幾個關鍵問題,地球物理學報

[55] 趙波,*王赟,蘆俊。多分量地震勘探技術新進展及關鍵問題探討。石油地球物理勘探 [1]王妙月,底青雲,王赟,等,2003年4月第1版。《勘探地球物理學(固體地球物理學)-二十世紀科學回顧》,中國現代科學全書系列,北京:地震出版社,67萬字。

[2]王赟,邢春穎,1996年10月第1版,《現代神經網絡應用》(譯)(全國高技術重點圖書—微電子領域),北京:電子工業出版社,28萬字。

[3]竇之林,王赟,2009年1月第1版,《油氣藏工程原理》(譯),北京:科學出版社, 103萬字。

[4]楊德義,王赟。2010年11月第1版,《多分量地震資料裂隙解釋研究》,北京:煤炭工業出版社,16萬字。

[5]蘆俊,王赟,陳開遠,2011年12月第1版,《煤田3D3C地震勘探研究》,北京:地質出版社22萬字。