大气探测

GPS及其在大气探测中的应用

GPS and Application in Atmosphere Detecting

用于大气探测系统的Linux平台研究

Atmospheric Observation System Based on Linux

GPS大气探测（GPS气象学）目前已成为国际GPS应用的热点问题，可分为地基和空基应用两个方向。

GPS meteorology , composed of ground-based and space-borne sounding , has been one of the important GPS applications so far .

通过介绍GPS在大气探测中的应用，引入了一种新的研究大气模型的方法&无线电掩星技术。

This paper introduces radio occultation technology - a new method for study of atmospheric model through introducing GPS application in atmospheric exploration .

GNSS无线电掩星大气探测系统干扰抑制的子空间投影方法

The Subspace Projection in Interference Suppression of GNSS Radio Obscuration Atmosphere Detection System

利用AIRS观测资料进行红外高光谱大气探测能力试验的研究

Preliminary Study on the Capacity of High Spectral Resolution Infrared Atmospheric Sounding Instrument Using AIRS Measurements

net语言研制的新一代数字化雷达人工影响天气作业指挥系统，包括天气雷达监测、大气探测、火箭高炮作业指挥、作业信息通讯、作业效果检验、作业档案和资料管理6个子系统。

Net and digital radar includes six sub-systems : weather radar monitoring , atmosphere detection , rocket and artillery seeding operation and decision-making , operating information communication , operating effectiveness evaluation , operation archives and data management .

基于Linux的大气探测系统（Ob-Linux）是Linux在大气探测领域应用的初步探索。

The atmospheric observation system based on Linux ( Ob-Linux ) is the first exploration in the field of the atmospheric observation .

GPS／LEO掩星技术以其全球覆盖、高精度、高垂直分辨力、长期稳定、低费用、全天候观测等特点，提供了一种新的大气探测技术。

GPS / LEO occultation technique supplies a new sounding way with global distribution , high precision , high vertical resolution , long-time stability , low cost and all weather .

给出了修改Linux内核以适用于大气探测系统的主要方法和步骤，描述了Ob-Linux的性能及优点。

The methods and steps are presented to rework the Linux kernel to fit the atmospheric observation and the main function advantages of Ob-Linux are introduced .

利用卫星大气探测资料实现海面气温湿度反演：利用TOVS卫星资料对海面气温、湿度的反演办法和过程。

Realize the retrieval of air temperature and humidity from satellite data : discuss the way and process of retrieval from NOAA satellite TOVS data .

结合大气探测雷达测量系统，编写了数据处理软件界面，运用Fernald积分法对大气激光雷达探测数据进行了处理和分析。

Combining with an atmospheric Sounding Radar Measurement System , the data processing software interface has been compiled . The Fernald integration method is applied to processing and analyzing the data of atmospheric laser radar .

用同样的约束回归算法对AMSU偏离星下点的观测视场作了临边订正，对于通道4~14（频率52.8~57.29GHz）的大气探测通道，使其最大偏差由-15~5K减小为±0.9K。

By the same algorithm a limb adjustment is made off the sub-satellite point in the fields of view . For atmospheric sounding channels 4 ~ 14 ( frequencies of 52.8 ~ 57.29 GHz ) the maximum deviation is thereby decreased to ± 0.9 K from - 15 ~ 5 K.

卫星高光谱红外大气探测的正演模拟研究

Study of hyperspectral IR atmospheric sounding with an accurate forward simulation

用于大气探测的低轨卫星计划发展动态的分析

Analysis of developing trend of LEO satellite project for atmospheric sounding

二次测风雷达是大气探测的重要工具之一。

The secondary windfinding radar is an important tool of atmosphere measurement .

大气探测技术专题专利数据库建库与应用分析

Establishment of Meteorological Patent Data Based on Atmospheric Sounding and Its Application Analysis

高空大气探测激光雷达的安装与调试

Assembly and adjustment of high atmosphere detection laser radar

和平号探空火箭轻便式气球、火箭高空大气探测共用系统

A portable sharing upper atmospheric sounding system used by both balloon and micro-rocket

大气探测系统设计和工程建设

Design and Implementation of Meteorological Observation System Projects

大气探测应急卫星通信系统

The Atmosphere Detecting Emergency Satellite Correspondence System

大气探测傅里叶变换光谱仪

Spaceborne Fourier Transform Spectrometer for Atmospheric Sounding

初论大气探测技术发展的几个问题

On the development of atmospheric probing technology

主要用于探空气球和微型火箭对高空大气探测数据的接收和处理。

It is mainly used to receive and process the data from balloons and micro-rockets .

是应用微波遥感探测原理实现自动化大气探测的先进装备。

It is automated atmospheric sounding advanced equipment with the application of microwave remote sensing principles .

偏振遥感作为一项新技术将在大气探测中发挥作用。

As a new technique , the polarization remote sensing is applied to the atmospheric detection .

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。

China started to explore the upper atmosphere using rockets and balloons in the early 1960s .

大气探测资料在中尺度暴雨中的分析和应用大气电探测技术

Analysis and Application of New Atmospheric Detection Data in a Mesoscale Heavy Rainfall Event MEASURING TECHNIQUES FOR ATMOSPHERIC ELECTRICITY

本文提出了下垫面复杂地区在雷达电波射线经过区域内进行多点大气探测的新方法&区域法。

It has been found that area method of atmosphere space structure measure was necessary on complex surface area .

气象雷达是中小尺度天气预报的主要大气探测工具之一。

Weather radar is one of the major sounding tools for the prediction of small scale and middle scale weather phenomena .