新疆地质
新疆地質
신강지질
XINJIANG GEOLOGY
2014年
3期
361-364
,共4页
薛为平%郑鸿明%姚茂敏%马晶晶%康月萍%殷晓兰
薛為平%鄭鴻明%姚茂敏%馬晶晶%康月萍%慇曉蘭
설위평%정홍명%요무민%마정정%강월평%은효란
沙漠%砂砾%浅表层%静校正%地震微测井%厚度%速度
沙漠%砂礫%淺錶層%靜校正%地震微測井%厚度%速度
사막%사력%천표층%정교정%지진미측정%후도%속도
Desert%Gravel%Subcutaneous layer%Statics correction%Seismic micro logging%Thickness%Speed
古尔班通古特沙漠位于准噶尔盆地腹部。以往对表层结构的认识局限于表层调查设备的能力,近年来随着钻探力度的加大,对表层结构特征又有了新的认识。通过对空间上分布的新采集的微测井调查资料,分析古尔班通古特沙漠形成机理,表层介质的构成,及各层速度和厚度的变化规律。掌握了其结构特征,对该区建立表层结构模型,精确计算静校正有重要指导意义,能有效帮助静校正计算人员合理构建表层结构模型。实际应用表明,在新认识指导下建立的表层结构模型,有效消除了以往地震剖面中的静校正不同波长问题,为地震资料处理和精细解释提供可靠的数据资源。
古爾班通古特沙漠位于準噶爾盆地腹部。以往對錶層結構的認識跼限于錶層調查設備的能力,近年來隨著鑽探力度的加大,對錶層結構特徵又有瞭新的認識。通過對空間上分佈的新採集的微測井調查資料,分析古爾班通古特沙漠形成機理,錶層介質的構成,及各層速度和厚度的變化規律。掌握瞭其結構特徵,對該區建立錶層結構模型,精確計算靜校正有重要指導意義,能有效幫助靜校正計算人員閤理構建錶層結構模型。實際應用錶明,在新認識指導下建立的錶層結構模型,有效消除瞭以往地震剖麵中的靜校正不同波長問題,為地震資料處理和精細解釋提供可靠的數據資源。
고이반통고특사막위우준갈이분지복부。이왕대표층결구적인식국한우표층조사설비적능력,근년래수착찬탐력도적가대,대표층결구특정우유료신적인식。통과대공간상분포적신채집적미측정조사자료,분석고이반통고특사막형성궤리,표층개질적구성,급각층속도화후도적변화규률。장악료기결구특정,대해구건립표층결구모형,정학계산정교정유중요지도의의,능유효방조정교정계산인원합리구건표층결구모형。실제응용표명,재신인식지도하건립적표층결구모형,유효소제료이왕지진부면중적정교정불동파장문제,위지진자료처리화정세해석제공가고적수거자원。
Gurbantunggut Desert is located in the center of Junggar basin,In the past,the acquaintance of surface struc-ture is limited by the surface survey equipment ability.With the increasingly drilling effort,a new awareness has been ac-quired.By means of the new collected micro logging data that distributed on the space,anylized the formation macha-nism of the Gurbantunggut Desert,the composition of the surface material,and the varying pattern of each layer’s speed and thickness.Possessed the structure character of Gurbantunggut Desert,and it is meaning for establish the surface struc-ture model and calculate the statics correction accurately,and it is contributed for the staff to establish the surface struc-ture model legitimately.Practical application suggested that the the surface structure model established under the direc-tion of the new awareness,eliminated the different wave length problem in the statics correction of seismic section effec-tively,provided lots of data resources in seismic data processing and exquisite interpretation.