AI Summary & Key Takeaways
AI InsightAnother test to determine the points, on which deformations occurred, was also made and the results of the different tests were compared and also analyzed.
📌 3 Key Takeaways
Abstract
The Earth's Crustal movements are determined by geodetic network methods. Observations sets were first adjusted for the purpose of identification of gross errors. The results of this adjustment were accessed to test for the outliers and also model hypothesis were tested. During the adjustment of the identification of the blunders refraction parameters for the points of networks were also determined. Moreover the optimum estimates for the coordinates in the three - dimensional space were also determined by using the stochastical model of the data sets of three different measurements. With these intermediate results a final adjustment were made for each period, and also $\theta^2$ - testing was applied. Another test to determine the points, on which deformations occurred, was also made and the results of the different tests were compared and also analyzed.
Özet
Deprem bölgelerinde oluşan yerkabuğu hareketleri, jeodezik deformasyon ağları kurularak bu ağlarda yapılan yatay doğrultu, düşey açı, eğik uzunluk, yükseklik farkı ve yapay uydu gözlemlerinin farklı zamanlarda elde edilen değerleri eşdeğerlik testleri ile karşılaştırılarak belirlenmektedir. Farklı zamanlarda yapılan gözlemler, her ölçme periyodu için ayrı ayrı uygulanan tanı dengelemeleri ile değerlendirilir ve kaba hatalardan arındırılır. Karşılaştırılan ölçme periyotları arasında geçen zamanda bölgede istatistik yönden anlamlı bir deformasyon oluşup oluşmadığı $\theta^2$ - Testi uygulanarak belirlenir.