This article summarized full automatic upper air meteorological observation system-AU-TOSONDE System of Vaisala Co.
本文概述了芬兰维萨拉(Vaisala)公司的全自动高空气象观测系统——AUTOSON- DE系统,简要介绍了该系统的系统特点和基本结构。
This paper introduces the significance of high-altitude weather forecasting, and probes into how the high-altitude weather forecasting personnel to do well their works.
介绍了高空气象测报的意义,对高空气象测报工作者如何做好本职工作进行了探讨。
The applying of upper air sounding with satellite navigation system is more and more abroad.
卫星导航定位系统在高空气象探测上的应用越来越广泛,以目前国际上应用最广泛的GPS探空测风系统为例,比较详细的介绍了GPS探空测风系统的组成原理和测风方法。
This paper first analyzed change about the meteorological observation environment of Xinning county;and it then com- pared the up-to-date datum with historical datum and other stations datum around.
本文以新宁县气象观测环境变化为典例,采用历史资料对比和与周围台站对比等方法,详细分析了城镇化发展建设对气象观测资料的影响,从影响的要素、影响的程度等几个方面得出了多条结论。
The basic principle and the composition of the automatic weather station were introduced,the importance of automatic weather station in the meteorological observation was described,the status of the automatic weather station at home and abroad was analyzed,future development trend of automatic weather station and weather sensor were studied.
文章简要介绍了自动气象站的基本原理和结构组成,阐述了自动气象站在气象观测中的重要性,分析了国内外自动气象站的现状,研究了自动气象站和气象传感器未来的发展趋势,认为自动气象站的结构应该由集中式向分布式发展,必须改进气象传感器生产工艺,根据观测项目的需求增加传感器种类,提高气象传感器的国产化水平,尽快研制通用数据采集器以提高自动气象站的扩展性和系统开放性。
Firstly,the air-cooling technical status quo and the reason of developing air-cooling meteorological observation are introduced in the paper.
阐述了空冷技术发展现状和开展空冷气象观测的原因,介绍了空冷气象观测站的组成、要求和观测内容,以及空冷气象参数对比分析研究的思路和方法,并对风、温度对空冷电厂的影响进行了初步分析。
UML and Its Application in GZZ11-701C Atmospheric Sounding System;
UML在高空气象探测GZZ11-701C系统中的应用
Analysis of Pressure and Height Measurements from L-Band Radar and Radiosonde Sounding System
L波段高空气象探测系统气压、高度观测数据分析
Approach to Particular Problems of L-Band Upper Meteorological Sounding System
L波段高空气象探测系统特殊问题处理方法
A brief analysis on the common problems of 400M-701C upper-level atmospheric sounding data
浅析400M-701C高空气象探测资料的常见问题
The Relative analysis Methods of Air-cooling Meteorology contrastively observation
空冷气象对比观测相关分析方法探讨
Chapter III Meteorological Observation
第三章 气象探测
Assembly and adjustment of high atmosphere detection laser radar
高空大气探测激光雷达的安装与调试
Research and Development of the Meteorological Monitoring Micro-System Used in the Radiosonde System;
探空式气象检测微系统的研究与应用开发
A PORTABLE SHARING UPPER ATMOSPHERIC SOUNDING SYSTEM USED BY BOTH BALLOON AND MICRO-ROCKET
轻便式气球、火箭高空大气探测共用系统
captive balloon
测低空气象气球，系留气球
Test Research on Fire Detection Technologies of Air Sampling-type Smoke Detector Systems in Large Space Buildings
吸气式火灾探测系统在高大空间应用试验研究
APPLICATION OF EARLY AIR SAMPLING SMOKE DETECTION SYSTEM TO SPACE OF TALL BUILDINGS
早期空气采样探测系统在高大建筑物内的应用
installing, within the protected environs for meteorological observation, high frequency electromagnetic radiation devices which impair the performance of the meteorological measuring instruments;
（二）在气象探测环境保护范围内设置影响气象探测设施工作效能的高频电磁辐射装置；
aspirating smoke detection system
空气取样感烟探测系统
liquid air-cooled detector
液态空气致冷探测器
air duct smoke detector
空气管道式感烟探测器
air sampling smoke detector
空气采样感烟探测器
China started to explore the upper atmosphere using rockets and balloons in the early 1960s.
中国在二十世纪六十年代初期开始利用探空火箭、探空气球开展了高层大气探测。