CAJ | 학술논문

针对研究区的区域地质概况,并借鉴了前人的研究成果,利用地震和测井资料识别出了三级层序边界,并对各层序进行了体系域划分,建立了研究区的等时地层格架.在此基础上,通过对岩芯和测井相的综合分析,以体系域为单位进行了沉积相的划分,建立了研究区的精细沉积相模型,并对沉积相的展布特征进行了分析.
침대연구구적구역지질개황,병차감료전인적연구성과,이용지진화측정자료식별출료삼급층서변계,병대각층서진행료체계역화분,건립료연구구적등시지층격가.재차기출상,통과대암심화측정상적종합분석,이체계역위단위진행료침적상적화분,건립료연구구적정세침적상모형,병대침적상적전포특정진행료분석.
Microfacies is of great significance in oil field exploitation, because it determines the distribution of reservoirs and barriers of the flow and also controls the fluid flow difference of the reservoir sand. Researches on sedimentary facies are based on the accurate and precise stratigraphic framework model. According to geological characteristics and results of previous studies, the authors used seismic and logging data to identify the third-grade sequence boundaries and divided the sequence into systems tracts. On such a basis, the sequence stratigraphic framework of the study area was established, the sedimentary microfacies were divided, and the accurate sedimentary facies model of the study area was constructed through a comprehensive analysis of the single well and logging data.