radiosonde

Dates from radiosonde can be stable transmission, displayed correctly, nicey positioning results.

探空仪的数据能够稳定传输, 并且在上位机的显示无误, 定位结果正确.

Common aerological detection is taken by radiosonde carried by sounding balloon.

常用的高空气象探测方法是采用无线电探空仪，由探空气球携带升空，进行高空气象测量。

Then, cloud drift winds of geostationary meteorological satellites-GMS 5 have been added in the GRAPES three-dimensional variational data assimilation system with radiosonde data. The impact of water vapor winds and infrared cloud drift winds in NWP have been checked by comparing and analyzing the result of assimilation.

然后，把云迹风资料放到GRAPES三维变分同化系统中进行同化，通过将不同观测类型资料的同化结果进行对比，探讨了红外通道和水汽通道云迹风资料对数值预报分析场的影响；

causes of differing temperature trends in radiosonde upper air data sets

无线电探空仪高层大气资料集中不同温度趋势的原因

As one of the primary aerial aerograph, the radiosonde mainly measuring the temperature and humidity what affects the intensity of icing.

无线电探空仪作为目前主要的高空观测手段之一，仅测量了影响结冰强度的温湿度等常规气象条件。

The radiosonde observations of eight years ( 1998-2005), launched from 9 stations over the Gulf of Mexico coastlands of the U.S., are analyzed to investigate local characteristics of Trade-Wind Inversion ( TWI).

通过分析美国墨西哥湾沿岸地区9个站点1998-2005年8年的无线电探空仪观测资料，研究了当地信风逆温层的一些特性。

Radiosonde Observation of Planetary Waves in the Lower Atmosphere Over the Center China

中国中部低层大气行星波无线电探空仪的观测研究

The results show that GPS is an instrument for detecting atmospheric ZHD and ZWD with a detection accuracy comparable with radiosonde.

研究结果表明：GPS是一种与探空观测有可比性的大气静力延迟和湿延迟测量手段。

The reliable verification of GPS-meteorology has been studied with the comparisons of GPS Zenith wet delay and water vapor radiometer, GPS precipitable water vapor and radiosonde.

本文通过对GPS湿延迟和水汽辐射计、GPS可降水量与无线电探空资料的比较，进行了GPS气象可靠性检核研究。

A radiosonde is free to rise to as great an elevation as possible.

无线电探空仪可以自由地上升到尽可能高的高度.

characteristics of trade-wind inversion over the gulf of mexico coastlands of the united states from radiosonde observation

美国墨西哥湾沿岸地区信风逆温特性的无线电探空仪观测研究

In this study, the exact values of dry and wet path delay are calculable by using the radiosonde data in four selective stations ( Yap, Guam, Guangzhou, and Shanghai).

本文选用雅浦、关岛、广州和上海四站的探空资料，精确地计算了分别由于空气和水汽造成的订正值。

It looks like some kind of radiosonde for atmospheric sampling.

它看起来像是无线电大气抽样仪.

Based on the basic principle and structure of Wind Profile Radar ( WPR), the observations by WPR are compared with the corresponding radiosonde data.

在简述风廓线雷达原理的基础上，将风廓线雷达探测资料与探空资料进行对比分析，发现风速风向一致性较好，温度一致性较差。