高空观测

谈谈如何避免高空观测记录错情

Discuss How To Avoids The Wrong Record In The Upper-Air Observation

对使用59-701微机数据处理系统以后高空观测记录容易出错的环节进行归纳和分析，并提出相应的解决措施。

This paper summarizes and analyzes the mistake details of the upper-air observation record after 59-701 the microcomputer data processing system is put in operation , and propose the corresponding solution .

国内外常规高空观测技术发展近况综述

A Summary of Recent Progress in the Upper-Air Observational Techniques at Home and Abroad

该技术的研究对于超高空观测平台飞行和姿态控制系统仿真具有极高的应用价值。

The research in the thesis has significant application values in flight and attitude control system simulation of high altitude platforms .

超高空观测平台是一种工作于平流层，可装载一定有效载荷的能够长时间定点悬停的工作平台。

The high altitude platform is a kind of operation platform with certain payload hovering in the stratosphere for a long duration .

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。

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

为了提高高空观测数据的质量，减小在探测过程中由于气球漂移造成探测资料在空间上的误差，中国气象局提出一套探空、测风报的空间、时间扩充编码方案。

In order to improve the quality of sounding data and reduce the sounding balloon drifting error , China Meteorological Administration puts forward an expansion code scheme .

在平台姿态控制的基础上，对超高空观测平台悬停于平流层进行定点控制，定点悬停位置控制系统设计包括垂向位置控制设计、前向位置控制设计和侧向位置控制设计。

Based on the attitude control system , the hovering control system is built including vertical position controller , the forward position controller and the lateral position controller .

本文研究对象为采用平流层飞艇形式的超高空观测平台，重点研究了平台的柔性特性和质量特性对平台动力学特性的影响，并对执行机构的配置位置提出了优化方案。

The research object in the thesis is a high altitude platform taking the form of the stratospheric airship . The research focuses on the influences of dynamic properties caused by the mass changes and the fuselage flexibility .

超高空观测平台具有承载大载荷在近空间长时间定点悬停的能力，可用于对地观测、导航和制导，是目前世界各国的研究热点。

Due to its ability to hover at stratosphere carrying heavy payload for long endurance , high altitude platform can be used in observation , navigation and guidance , and it is the hot point to research in the world at present .

特则是现有高空风观测和电码难以直接用来计算辐散。

The neccessity and difficulty for higher approximation , to the true wind is discussed .

利用地面和高空的实况观测资料、NCEP再分析资料以及FY-2C卫星云图资料，并通过中尺度Barnes滤波和物理量诊断分析，对麦莎台风变性过程进行了研究。

By employing the actual observations of upper air and surface , NCEP reanalysis data and FY-2C satellite cloud image , by using the methods of mesoscale Barnes filtering and physical diagnosis , ' MATSA ' is analyzed .

极区高空物理现象之观测具有悠久历史。

The observation of phenomena in the polar upper atmosphere has a long history .