2) zenith tropospheric delay
天顶对流层延迟
1.
This paper compares and analyzes the change trend of zenith 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 of zenith 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 of zenith 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。
3) troposphere zenith delay
对流层天顶延迟(ZTD)
4) zenith tropospbric delay
对流层天顶延迟量
5) Zenith neutral delay
中性层天顶延迟
6) Tropospheric Delay
对流层延迟
1.
The method of processing tropospheric delay in GPS precise point positioning
GPS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。
补充资料：天顶
天顶 天顶 经穴别名。《针灸大全》作天鼎别名。见该条。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条