摘要
针对DIn SAR技术易受时空失相关、大气相位延迟等影响的问题,采用Sta MPS方法对12景ALOS PALSAR数据进行时序处理。首先获取了采动区边缘区域2012-2014年的非线性时序沉降量,在工作面边缘地区走向方向和倾向方向各选取若干点,提取各点的时序沉降量进行时序分析,掌握了采动区在不同时间段里的地表下沉情况。实验表明Sta MPS技术可为矿区的开采沉陷监测与分析提供新的手段。
DInSAR technology could be influenced by time-space correlation, atmosphere phase delay and so on, then 12 pairs ofALOS PALSAR data was manged with time processor based on StaMPS technology. First, nonlinear time sequence subsidence data ofmarginal area of mining area belong years 2012 to 2014 were collected, many points that along strike and dip direction in marginal areaof working face were selected, time sequence subsidence volume of all points were managed with time sequence analysis, surface subsidencesituation of different time in mining area were mastered. The experiment showed that StaMPS technology provide a new methodfor mining subsidence monitoring and analysis.
作者
李达
邓喀中
陈华
杨俊凯
高明章
LI Da DENG Ka-zhong CHEN Hua YANG Jun-kai GAO Ming-zhang(School of Envoriment Science and Spatial Informatics, China University of Mining & Technology, Xuzhou 221116, China Jiangsu Key Laboratory of Resources & Environment Information Engineering, Xuzhou 221116, China Xinglongzhuang Coal Mine, Yanzhou Coal Industry Co. , Ltd. , Yanzhou 272102, China)
出处
《煤矿开采》
北大核心
2016年第5期71-74,共4页
Coal Mining Technology
基金
国家自然科学基金项目(41272389)
测绘地理信息公益性行业科研基金项目(201412016)
关键词
StaMPS技术
开采沉陷
非线性沉降
时序分析
形变监测
StaMPS technology
mining subsidence
nonlinear subsidence
time sequence analysis
deformation monitoring