CAJ | 학술논문

以河南省鹤壁市鹤壁二矿、三矿、五矿和六矿为实验区，采用永久散射体差分干涉测量技术（PS—InSAR），对实验区2008--2010年共12景ENVISATASAR数据时序SAR影像进行处理．实验结果提取出6个形变较大的相位变化区域，与实际矿区空间位置有良好的吻合，在2008--2010年期间累积形变量最大至60mm，最大形变速率为25mm／a，其它形变区域中心的形变速率都在16～20mm／a之间．
이하남성학벽시학벽이광、삼광、오광화륙광위실험구，채용영구산사체차분간섭측량기술（PS—InSAR），대실험구2008--2010년공12경ENVISATASAR수거시서SAR영상진행처리．실험결과제취출6개형변교대적상위변화구역，여실제광구공간위치유량호적문합，재2008--2010년기간루적형변량최대지60mm，최대형변속솔위25mm／a，기타형변구역중심적형변속솔도재16～20mm／a지간．
The second mine, third mine, fifth mine and sixed mine in HEBI city in Henan Province are test study areas. According to the technical principles of the permanent-scatterer differential interferometry ( PS-In- SAR) , we use 12 scenes of ENVISAT ASAR data timing SAR images from 2008 to 2010, and the data is pro- cessed in the IPTA module in GAMMA software. The experimental results shows that there are 6 areas that have large surface deformation and coincide with the actual mining area location. The cumulated displacement of those points is up to 60 mm in the period of 2008--2010, and the largest deformation rate is 25 mm/a. Other deformation rate is between 16 -20 mm/a.