General specification for gps radiosonde system Gps探空系统通用规范
Comparison of radiosonde observation and l - band radar data and 59 - 701 system 电子探空仪系统对比观测分析
Verification regulation of model gzz 2 - 1 turning cylinder code - type radiosonde Gzz2 - 1型转筒式电码探空仪检定规程
During an upper - air sounding operation , the hydrogen - filled balloon carried a radiosonde and a radar reflector 在进行高空探测时，氢气球上挂上一个无线电探空仪及一个雷达反射器。
Upper air observations made by a radiosonde attached to a weather balloon are used in the estimation of soaring conditions 滑翔条件是利用系于气象气球上的探空仪所录得的高空观测来估计。
Aircraft meteorological flights were discontinued after radiosonde figure 3 operation began in november 1949 . figure 3 . a radiosonde 上述飞行一直维持至一九四九年十一月无线电探空仪图3投入服务为止。
The first upper air sounding system using radiosonde was installed in 1949 in the headquarters of the hong kong observatory 天文台于一九四九年首次在总部装置一套无线电探空系统，用来测定高空气象资料。
Data on pressure , temperature and humidity measured by sensors of the radiosonde were transmitted to the ground station using radiowave 无线电探空仪将感应元件量度到的气压、气温及湿度数据用无线电波送回地面站。
Measurements of pressure , temperature and humidity taken by sensors on the radiosonde were transmitted to the ground station by radiowave 无线电探空仪将感应元件量度到的气压气温及湿度数据，用无线电波送回地面站。
Twice a day , the observatory releases a balloon carrying a radiosonde to measure temperatures aloft , up to ten kilometres or above 天文台每日两次发放探空气球，把无线电探空仪送上高空量度气温，高度可达10公里或以上。
