1) radio location
无线电空位
2) airborne radiophase method
航空无线电相位法
3) radiosonde
[英]['reidiəu,sɔnd] [美]['redɪo,sɑnd]
无线电探空
1.
Then the refractivity profiles of MBRO obtained during this experiment are compared with those of radiosonde.
按照山基掩星和无线电探空在空间(经纬度)上相差在2°以内、时间上相差在1。
2.
Firstly it is the computation of the model of the weighted mean temperature of the atmosphere in Wuhan Region with the radiosonde data of Wuhan,which is different from the model of Bevis.
首先为利用武汉地区的无线电探空资料推算了适合武汉地区的大气加权平均温度计算模型,该模型与Bevis模型存在一定的区别;其次为武汉地区GPS气象网的可降水量的可靠性研究,将GPS可降水量与无线电探空数据比较,得到两者差值的均方根为3。
3.
It includes three parts,which are the confirmation of the best project about the quasi-real-time GPS tropospheric zenith delay,the comparison of GPS precipitable water vapor and radiosonde,and the comparison between GPS precipitable water vapor and water vapor r.
对准实时地基GPS可降水量的解算方案与可靠性的探讨,围绕三个方面展开:准实时GPS对流层延迟解算的最佳方案的确定;GPS可降水量与无线电探空资料的比较;GPS可降水量与水汽辐射计数据的比较。
4) aeronautical services
航空无线电
1.
This paper bases on the Principle of Integration by Parts, and makes a theoretical analysis of the interference between a large number of UWB transmitters which uniformly distribute and aeronautical services, and gives a conclusion at last.
本文利用分部积分法原理,对大量均匀分布UWB发射机对航空无线电设备的干扰进行了理论分析,并给出干扰公式。
5) radio position finding
无线电测位无线电定位
6) radiolocation
[英]['reidiəuləu'keiʃən] [美][,rediolo'keʃən]
无线电定位
1.
According to the feature of space environment,the temporary research situation of the influence of space environment on radiolocation was analyzed.
针对日地空间环境的特点,分析了空间环境对无线电定位的研究现状。
补充资料：无线电通信波段(见无线电通信)
无线电通信波段(见无线电通信)
radio communication wave range
wuxiandian tongXin boduan无线电通信波段(rads。。ommunicationWaVe range)见无线电通信。
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