GEODETIC WORKS TO DETERMINE VERTICAL MOVEMENTS AT THE ZHAMBYL GEODYNAMIC POLYGON

I. Kuznetsova, M.M. Kasenzhanov
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Abstract

This article discusses the issues of determining the current movements of the Earth's surface by geodetic methods at the Zhambyl predictive geodynamic polygon. The article discusses the characteristics of predictive polygons in the Republic of Kazakhstan. The data of vertical movements of the Earth's surface on the territory of the Zhambyl geodynamic polygon are presented. The results of high-precision leveling for 2020 and 2022 are presented, which made it possible to plot vertical displacement graphs and analyze changes in the position of geodetic reference points. The analysis showed that in the study area there are slight vertical displacements from -0.01 to -0.06 mm/year, which do not exceed the allowable possible accumulation of measurement errors.
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大地测量工作,以确定在张贝勒地球动力学多边形垂直运动
本文讨论了在赞比勒预测地球动力学多边形上用大地测量方法确定地球表面当前运动的问题。本文讨论了哈萨克斯坦共和国预测多边形的特点。本文介绍了在赞比勒地球动力学多边形区域内的地表垂直运动资料。给出了2020年和2022年的高精度水准测量结果,绘制了垂直位移图,分析了大地测量参考点的位置变化。分析表明,研究区存在-0.01 ~ -0.06 mm/年的轻微垂直位移,但不超过测量误差允许的可能累积。
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MODELING OF THERMAL RESISTANCE OF THE DEVELOPED EXTERNAL ENCLOSING STRUCTURES WITH AN AIR LAYER GEODETIC WORKS TO DETERMINE VERTICAL MOVEMENTS AT THE ZHAMBYL GEODYNAMIC POLYGON ENERGY-EFFICIENT LIGHTWEIGHT CONCRETE FOR GREEN CONSTRUCTION THE EFFECT OF SURFACTANTS ON THE RESISTANCE TO ABRASIVE ABRASION OF HYDRAULIC CONCRETE PECULIARITIES OF CULTURAL CENTERS’ ARCHITECTURAL DEVELOPMENT
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