校飞

卫星测控雷达校飞设备在飞机上的安装

Installation of Aviation Test Equipment for X-type Radar in Airplane

该系统已经经过飞机仿真校飞试验，图象质量良好。

The flying test shows that the resulting images are of high quality .

飞机姿态测量误差对测量船校飞精度的影响

Influence of Airplane Attitude Errors on the Accuracy of Flight Correction by Survey Ship

对实际工作参数的计算及校飞试验的结果证明，此距离自动跟踪系统引入的测距误差较小，满足雷达系统的要求。

The calculation result of practical parameters proved this system has better range measurement accuracy .

雷达校飞数据的记录和处理

Recording and Processing of Radar Test Data

校飞实验的数据处理结果验证了该方法的有效性。

The data processing results of flight calibration experiments demonstrate that the method is effective .

神舟七号微小卫星伴随飞行技术试验卫星测控雷达校飞设备在飞机上的安装

Companion Microsatellite in SZ-7 Flight Mission Installation of Aviation Test Equipment for X-type Radar in Airplane

LTN&72惯导设备在空间遥感器航空校飞中的应用

Application of LTN-72 Inertial Navigation System to the Flight Experiment for the Calibration of a Satellite-borne Remote Sensor

该设备以电视跟踪和测量为基础，主要用于测量船执行海上卫星测控任务和校飞时提供精确的航向数据。

When the measure ship carries out the measure assignment , it provides exact course data via measuring fixed star day and night .

光学设备测量数据因精度高而一般成为雷达精度校飞、实测数据固定偏差估计的比较标准。

The best precise observe data of optics is a standard of compare to estimate the constant error of radar in accuracy check flying and project .

校飞是测控系统试验准备过程中的重要环节，航路设计的优劣将决定校飞中兵力及物力的投入程度。

Calibration flight test is an important process for TT & C system and the cost in calibration flight test is defined by the flight path design .

本文根据连续波雷达精度校飞测距差分曲线的特点，提出了检查测距时间误差的仿真方法，检验了测距数据和采样时标对应关系；

According to the characteristic of Continuous Wave ( CW ) radar ranging difference curve for accuracy calibration flight , a simulation method is proposed for examining time error .

介绍了测量船精度校飞的方法和精度要求，从校飞内容和方法角度讨论了校飞数据的可利用性。

The method and precision requirement of flight checking are introduced . The availability of the ship calibration data is discussed from the contents and methods of flight checking .

本文介绍了一种利用IBM&PC通用计算机作为雷达校飞数据记录和处理设备的方法，分硬件和软件两部分进行介绍。

A method on which common IBM-PC computers are used as equipments for radar test data recording and processing is introduced . The context is divided into two parts : hardware and soft - ware .