Results for total electron content translation from English to Chinese (Simplified)

the dual-frequency gps receiver measured the total electron content of the ionosphere.
双频全球定位系统接收器测量电离层的电子总含量。

gps data were used to measure total electron content variations during the earthquake that occurred in uzbekistan in 2008.
2008年乌兹别克斯坦发生地震时使用了全球定位系统数据测量电子总含量变量。

gnss is routinely used to observe the total electron content of the ionosphere and water vapour integrated in the troposphere.
全球导航卫星系统惯常用于观测电离层的电子总含量和聚集在对流层中的水蒸气。

the measurements provide the latitude dependence of ionospheric electron content (tec).
进行的测量提供了电离层电子含量随纬度变化的情况。

of particular interest is the response of the ionospheric total electron content (tec) during geomagnetic storms over the african sector.
其中特别重要的是非洲地区上空发生地磁暴期间电离层电子总含量的变化。

for studying space weather, gps and glonass offered a unique opportunity to monitor the total electron content of the ionosphere on a global scale.
全球定位系统和全球轨道导航卫星系统为研究空间气候提供了一次监测全球电离层总电子含量的难得机会。

the analysis of the satellite signal errors led to the determination of geophysical parameters such as the total electron content in the ionosphere or atmospheric water vapour distribution in the troposphere.
卫星信号误差分析需要确定电离层电子总含量或对流层大气水汽分布等地球物理参数。

in indonesia, the national institute of aeronautics and space collected data from more than 100 gps receivers to produce two-dimensional gps-total electron content maps throughout indonesia.
在印度尼西亚，国家航空航天研究所已经收集了来自100多部全球定位系统接收器的数据，用于制作全印度尼西亚的二维全球定位系统 -- 电子总含量图。

in indonesia, the national institute of aeronautics and space has collected data from more than 100 gps receivers to produce two-dimensional gps-total electron content maps throughout indonesia.
在印度尼西亚，国家航空航天研究所已经收集了来自100多部全球定位系统接收器的数据，用于制作全印度尼西亚的二维全球定位系统 -- 电子总含量图。

increased the number of real-time dual-frequency gps stations worldwide for the study of ionospheric variability and the response of the ionospheric total electron content during geomagnetic storms over the african sector.
增加了世界范围内实时双频全球定位系统台站的数目，这些台站可用于研究电离层的可变性及非洲上空发生地磁暴时电离层电子总含量的变化情况。

it was expected that the solar maximum would provide ample opportunities to study in detail solar-terrestrial events using that method in order to better understand the effect of solar activity on total electron content at low latitudes.
预计太阳活动峰年将提供充分机会，利用这一方法详细研究日地事件，以更好地了解太阳活动对低纬度电子总含量的影响。

broadband high-frequency emissions were used to characterize the global changes of the ionosphere under varying solar activity and man-made effects and the new methods were tested to forecast the total electron content in the ionosphere at discrete locations.
宽带发射被用来描绘在不断改变的太阳活动和人类影响下电离层的全球性变化，测试运用新的方法预测电离层不连续地点的全部电子容量。

a presentation was made on the results of global positioning system total electron content measurements at low latitudes using the university of new brunswick (canada) ionospheric modelling technique to provide ionospheric corrections for communication, surveillance and navigation systems operating at one frequency.
32. 一项专题报告介绍了为在某一频率运行的通信、监测和导航系统提供电离层修正而利用新布伦瑞克大学（加拿大）电离层建模技术在低纬度进行全球定位系统电子总含量测量的结果。

icg provided financial support for selected participants from brazil, peru and viet nam to attend the session and to present papers, which focused on the total electron content (tec) results of gps observations in latin america and the caribbean and in south-east asia.
20. 全球导航卫星系统国际委员会为来自巴西、秘鲁和越南的某些学员参加会议和展示论文提供了资助，这些论文侧重于在拉丁美洲和加勒比以及在东南亚进行的全球定位系统观测所取得的电子总含量结果。

the fourfold mission statement of pratham included educating students and faculty in the field of satellite and space technology, developing the flight model of the satellite and launching it into orbit, measuring the total electron count of the ionosphere and involving students from other universities in the satellite mission.
pratham的四重任务说明包括：对卫星和空间技术领域的学生和教学人员进行教育、开发卫星飞行模型并将其发射进入轨道、测量电离层的电子总数，并使其他大学的学生参与这一卫星任务。

to expand the capability of monitoring ionospheric and thermospheric conditions in east asia (which includes japan and south-east asia), there has been collaboration with various institutes in south-east asia to share ionospheric total electron content data derived from gps receiver networks operating in each country of the subregion.
为了扩大监测东亚（包括日本和东南亚）电离层和热层状况的能力，与东南亚各研究所开展了合作，共享在这一次区域各国运作的全球定位系统接收器网络所产生的电离层电子总含量数据。

to expand the capability of monitoring ionospheric and thermospheric conditions in east asia (which includes japan and south-east asia), collaboration with a number of institutes in south-east asia was established to share ionospheric total electron content data derived from gps receiver networks operating in each country of the subregion.
为了扩大监测东亚（包括日本和东南亚）电离层和热层状况的能力，与东南亚若干研究所开展了合作，共享在这一次区域各国运作的全球定位系统接收器网络所产生的电离层电子总含量数据。

15. in order to study the effect of the ionosphere on the reception of signals from satellites, total electron content and scintillation data deduced from global positioning system (gps) and navy navigational satellite system (nnss) satellites have been used with applications to the physical modelling of total electron content and scintillation effects.
15. 为了研究电离层对卫星信号接收的影响，使用了根据全球定位系统和海军导航卫星系统卫星数据得出的总电子量和闪烁效应数据，将其应用于实际建立总电子量和闪烁效应模型。

in graz, the european electron content data are used for three purposes: investigations of "geophysical events " (geomagnetic storm effects, travelling ionospheric disturbances, etc.), long-term studies (ionospheric modelling, solar cycle effects, etc.) and calculation of radio wave propagation effects (error assessment for geodetic and radioastronomical applications, error corrections, etc.).
在格拉茨，欧洲电子含量数据用于三个目的：调查 "地球物理现象 "（地磁暴效应、移动电离层扰动等）；长期性研究（电离层建模、太阳周效应等）和无线电波传播效应计算（测地和射电天文学应用误差评估、误差校正等）。