对流层延迟,Tropospheric Delay
1)Tropospheric Delay对流层延迟
1.The method of processing tropospheric delay in GPS precise point positioningGPS精密单点定位中对流层延迟处理方法研究
2.Considering the affect of tropospheric delay,the Saastamoinen model was adopted in the data processing of the dry component of the tropospheric delay.顾及到对流层延迟的影响 ,采用Saas tamoinen模型改正对流层延迟的干分量部分 ,用分段线性方法来估计对流层的湿分量变化。
3.Considering the affect of tropospheric refraction,Saastamoinen model was adopted in the data processing of the dry component part of the tropospheric delay.顾及到对流层延迟的影响 ,采用Saastamoinen模型来计算对流层延迟的干分量 ,用随机过程模型来估计对流层延迟中的湿分量变化。
英文短句/例句
1.Tropospheric Delay Correction Algorithm to InSAR Results多雨山区InSAR对流层延迟改正模型
2.Tropospheric delay correction to InSAR results using CGPS observations基于CGPS数据的InSAR对流层延迟改正研究
3.Calculating Wet Component of Tropospheric Propagation Delay Using IGS Products利用IGS产品推算对流层延迟湿分量
4.Research of Tropospheric Delay Model and Applications Based on the GPS Data Processing对流层延迟改正在GPS数据处理中的应用与研究
5.Tropospheric Delay Correction Model and Its Application to InSARGPS对流层延迟改正模型及其InSAR应用研究
6.Some Tropospheric Delay Correction Models : Analysis and Comparison几种对流层延迟改正模型的分析与比较
7.ANNUAL PERIOD CHANGES OF ZENITH TROPOSPHERIC DELAY OF CORS STATIONS IN TIANJIN DISTRICT天津地区CORS站天顶对流层延迟年周期变化研究
8.A Tropospheric Delay Estimate System for Satellite Orbit Determination卫星精密测定轨中的对流层延迟估算系统
9.Research on the Model of Troposphere Delay Correction in GPS Precision Point Positioning;GPS精密单点定位中对流层延迟改正模型的研究与分析
parison between Modeling Method and Parameter-estimation Method in Tropospheric Delay Correction of GPS Precise Point PositioningGPS精密单点定位中对流层延迟模型改正法与参数估计法的比较
11.Improved model of tropospheric zenith delay for GPS signalGPS信号对流层天顶延迟改进模型研究
12.A new method for improving the solving precision of tropospheric zenith total delay提高对流层天顶总延迟解算精度的新方法探讨
13.Research on the correction of troposphere dry delay in GPS positioning and inversing the water vapor in atmosphereGPS定位与水汽反演中对流层干延迟的订正研究
14.In addition, the number of the zenith delay parameters has effect on the tropospheric refraction.天顶延迟参数个数的选择对对流层折射有较大影响。
15.The Precision Analysis of Troposphere Zenith Delay Resolution in Kinematic GPS and the Discussion of Real Time Water Vapor Inversion动态GPS中对流层天顶延迟解算精度分析及实时水汽反演探讨
16.Precision Improvemen of Tropospheric Zenith Path Delay Estimation by Precise Point Positioning精密单点定位方法测量对流层天顶延迟的精度改善
17.Effects of Delay Probability and Maximum Velocity on the Traffic Flow延迟概率和最大速度对交通流的影响
18.Influence of ionospheric path delay on distributed SAR satellite formation relative position determination电离层延迟对分布式SAR编队相对定位的影响
相关短句/例句
troposphere delay对流层延迟
1.Applicability analysis of four sorts oftroposphere delay error models in GPS positioning;GPS定位中4种对流层延迟修正模型适应性分析
2.Research on the Model of Troposphere Delay Correction in GPS Precision Point Positioning;GPS精密单点定位中对流层延迟改正模型的研究与分析
3.The result of a typical engineering survey example with GPS indicates that the residualtroposphere delay corrupts the quality of baseline especially of station height,so it must be considered seriously.介绍了对流层延迟的性质及常用GPS随机软件中对该项误差的处理方式,讨论了常用的对流层延迟处理手段,通过对实例数据的分析比较,说明对于某些工程测量项目,采用GPS随机软件的默认设置,仅仅依靠差分仍不能消除残余对流层延迟对高程精度的影响,必须认真处理对流层延迟误差。
3)troposphere refraction delay对流层折射延迟
4)zenith tropospheric delay天顶对流层延迟
1.This paper compares and analyzes the change trend ofzenith tropospheric delay (ZTD) and integrated water vapor (IWV) at BJFS, LHAS and WUHN stations in July 2002, and puts forward a new method which can calculate directly IWV using GPS ZTD without other transformations.比较和分析了北京、拉萨和武汉等跟踪站2002年7月的天顶对流层延迟和大气综合水汽的变化趋势,提出了无需进行其他转换利用天顶对流层延迟直接推算水汽含量的新方法,并对实测数据的计算结果进行了验证,证明了该方法的可行性。
2.The annual period changes ofzenith tropospheric delay for two years were calculated from the observations of 9 GPS continuously operating stations in Tianjin area as well as 4 IGS reference staions,and the time-space correlations ofzenith tropospheric delay at different locations were analyzed.利用天津地区9个GPS连续观测站两年的数据,及4个IGS参考站的观测数据,计算分析了天津地区GPS连续观测站天顶对流层延迟的年周期变化,以及不同位置的GPS站天顶对流层延迟的时空相关性。
5)tropospheric zenith delay对流层天顶延迟
6)tropospheric hydrostatic delay对流层干延迟
1.A new geometric mapping function for the dry part oftropospheric hydrostatic delay;一种适用于对流层干延迟的新的几何映射函数
延伸阅读
对流层大气化学分子式：CAS号：性质：又称低层大气化学。大气科学的分支学科之一，研究近地面约10km内的化学现象及化学物质的分布、迁移、转化等规律的科学。对流层中有一定量的气体组分和水汽，还有自然界产生的和人类活动产生的各种化学污染物。对流层是天气现象和化学物质变化较为复杂的大气层，与人类及一切生命活动密切相关。如光化学烟雾的形成机制、酸雨产生的原因与危害、温室效应的原由和某些重要污染物如重金属汞和铅、农药DDT和六六六、多氯联苯等的环境化学行为与生态效应等。引起全球性大气污染，导致地球气候变化和生态危害的，大多数都是起因于对流层化学组成受干扰而发生变化，打破了原有的动态平衡所致。近年来正组织国际合作，进行全球对流层化学污染物的研究，为了解对流层的自然功能因化学物质的影响及其变化、评价人类活动造成全球环境影响的程度和趋势，以便提出相应的对策，共同保护好地球环境。
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