我们对用水泥胶结接收电缆得到的时间延迟井中地震数据进行处理后得到了P波和S波层析成象图,它是由于注入蒸汽引起重油砂岩岩相变化产生的图象。在为期34天的蒸汽注入过程中共注入4770立方米的蒸汽,在注入前、注入期间及注人后共3.5个月的时间内,我们在两口井间共进行了27次井间测量。根据油藏数据与模型、观测井数据以及生产史工程记录和蒸汽周期间的相关性,进行了数据解释。原始资料的S波和P波层析成象图实现了储油砂流体 We processed P-and S-wave tomographic images of seismic data from time-delayed wells obtained by cementation of cement cements and resulted from the lithofacies change caused by the injection of steam. A total of 4,770 cubic meters of steam was injected during the 34-day steam injection. We conducted 27 well measurements between the two wells before, during, and 3.5 months after injection. Data interpretation is based on reservoir data and models, observation well data and production history records and steam cycle correlations. The S-wave and P-wave tomographic images of the source data have enabled reservoir fluid to be stored