Using Modern Geopotential Models in Studying Vertical Deflections in the Arctic

V. N. Koneshov; V. B. Nepoklonov; I. A. Stolyarov

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Using Modern Geopotential Models in Studying Vertical Deflections in the Arctic

机译：利用现代地势模型研究北极的垂直变形

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The paper continues analyzing the results of the mathematical modeling of the Earth's anomalous gravity field in high-latitude regions which are of interest from the viewpoint of Arctic exploration. The structure and the accuracy characteristics of vertical deflections in the Arctic have been studied. The study was conducted with the use of 16 modern Russian and foreign models of spherical harmonics of the Earth's gravity potential, including the ultrahigh degree model EGM-2008, the first models based on satellite gradiome-try data, and the latest Russian model GAO-2012.

机译：本文继续分析高纬度地区地球异常重力场的数学建模结果，这是从北极勘探的角度来研究的。研究了北极垂直偏转的结构和精度特征。这项研究是使用16种现代俄罗斯和国外关于地球重力势的球谐函数模型进行的，包括超高度模型EGM-2008，基于卫星梯度测量数据的第一个模型以及最新的俄罗斯模型GAO- 2012。

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《Gyroscopy and navigation》 |2012年第4期|298-307|共10页
作者
V. N. Koneshov; V. B. Nepoklonov; I. A. Stolyarov;
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作者单位

Schmidt Institute of Physics of the Earth, Russian Academy of Sciences, Moscow, Russia;

Schmidt Institute of Physics of the Earth, Russian Academy of Sciences, Moscow, Russia;

Central Research Institute of Geodesy, Aerial Survey, and Cartography, Moscow, Russia;

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1. Study of the anomalous gravity field in the arctic based on modern geopotential models [J] . Koneshov V.N., Nepoklonov V.B., Stolyarov I.A. Izvestiya. Physics of the solid earth . 2012,第7a8期

机译：基于现代地势模型的北极异常重力场研究
2. Along-Track Geopotential Difference and Deflection of the Vertical from GRACE Range Rate: Use of GEOGRACE [J] . Tangdamrongsub Natthachet, Hwang Cheinway TAO: Terrastrial, atmospheric, and oceanic sciences . 2016,第1期

机译：沿轨地势差和垂直线偏离GRACE速率的变化：使用GEOGRACE
3. A study of the chilean vertical network through global geopotential models and the cnes cls 2011 global mean sea surface [J] . Aharon Cuevas Cordero, Henry Montecino Castro, Sílvio Rogério Correia De Freitas Boletim de Ciências Geodésicas . 2014,第2期

机译：通过全球地理势模型和CNES CLS 2011全球平均海平面研究智利垂直网络
4. Evaluation of Global Geopotential Model and Digital Terrain Model to the Accuration of Local Geoid Model (Case Study in Work Field of PT Pertamina EP Asset 4 Field Cepu) [C] . Andri Darmansyah Putra Perdana, Leni Sophia Heliani International Annual Engineering Seminar . 2017

机译：全球地理位置模型与数字地形模型对当地大溪地模型的大气评估（PT Pertamina EP Asset 4场Cepu工作领域的案例研究）
5. A Model Study of Interannual and Decadal Variability of the Arctic and Sub-Arctic Oceans. [D] . Lundrigan, Sarah Emily Mae. 2010

机译：北极和亚北极海洋年际和年代际变异性的模型研究。
6. A Direct Georeferencing Method for Terrestrial Laser Scanning Using GNSS Data and the Vertical Deflection from Global Earth Gravity Models [O] . Edward Osada, Krzysztof Sośnica, Andrzej Borkowski, 2017

机译：使用GNSS数据和全球重力场模型的垂直偏转进行地面激光扫描的直接地理配准方法
7. Along-Track Geopotential Difference and Deflection of the Vertical from GRACE Range Rate: Use of GEOGRACE [O] . GRACE, Geopotential difference, K-band ranging, 2016

机译：GRaCE距离的沿轨道地理差异和垂直偏差：GEOGRaCE的使用

Using Modern Geopotential Models in Studying Vertical Deflections in the Arctic

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