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首页> 外文期刊>Hydrotechnical Construction >RESULTS OF EXPERIMENTAL STUDIES ON THE USE OF PPP TECHNOLOGY FOR GLOBAL NAVIGATION SATELLITE SYSTEMS OF MONITORING OF SAYANO-SHUSHENSKAYA HPP
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RESULTS OF EXPERIMENTAL STUDIES ON THE USE OF PPP TECHNOLOGY FOR GLOBAL NAVIGATION SATELLITE SYSTEMS OF MONITORING OF SAYANO-SHUSHENSKAYA HPP

机译：Mayano-Shushenskaya HPP的全球导航卫星系统使用PPP技术的实验研究结果

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摘要

Annual measurements from two stations of the satellite monitoring system of the Sayano-Shushenskaya HPP are considered. This data was processed using the absolute PPP method and the relative method in the BERNESE software product. The RMS between the two solutions was 2.0 - 3.5 mm for the horizontal coordinates and 6.3 - 7.5 mm for the height. Using the PPP method, it was established that the annual variation of the earth's crustal sediments in the area of the HPP due to the effect of atmospheric loads is 31.3 mm, and the annual variation due to the influence of the water reservoir is 9.7 mm. PPP technology can be used to monitor the horizontal position of hydropower structures on a compressible base. Using the PPP method, geodynamic studies of differences in the sediments of the earth's crust caused by the water reservoir influence at the locations of base stations and monitoring stations can also be performed.
机译：考虑了Sayano-Shushenskaya HPP卫星监测系统的两个站的年度测量。 使用绝对PPP方法和伯尔尼软件产品中的相对方法处理此数据。 两个溶液之间的RMS为水平坐标为2.0-3.5毫米，高度为6.3-7.5毫米。 使用PPP方法，确定由于大气负荷的影响，HPP面积的地球地壳沉积物的年变化是31.3毫米，由于水库的影响而导致的年度变化为9.7毫米。 PPP技术可用于监测水电结构在可压缩底座上的水平位置。 使用PPP方法，还可以进行由基站和监测站的地壳引起的地壳沉积物沉积物的差异的地球动力学研究。

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