1.
spaceborne remote sensing
从航天器进行的遥感
2.
On Orbit MTF Test Research of Remote Sensors Based on Knife-edge Method
基于刃边法的航天光学遥感器在轨MTF测试研究
3.
The spacecraft is that a kind of pressure of utilizing sunlight carries on the spacecraft of the space flight.
航天器是一种利用太阳光的压力进行太空飞行的航天器。
4.
Evaluation and Optimization on Dynamic Imaging Quality of an Optical Remote Sensor
航天光学成像遥感器动态成像质量评价与优化
5.
A comprehensive review on the radar target signature of aircraft and space vehicle, essentially from the view point of ECM and radar remote sensing, has been delivered.
本文着重从电子对抗和雷达遥感角度综合评论了航空和航天目标的雷达特征问题。
6.
Method for Automatic Extraction of Region of Interest in Space Remote Sensing Images
航天遥感图像感兴趣区域的自动提取方法
7.
They are using sensors and a camera at the end of the shuttle's robot arm for the inspection（ which） will take about5 hours.
机组人员用航天飞机机器臂尾部的各传感器和一摄像头来进行检测，该过程将耗时五小时。
8.
Aim To register images obtained by monomodal or multimodal remote sensing sensor.
目的对来自多传感器的同质或异质遥感图像进行自动配准。
9.
It will be the space agency's fifth attempt to get the shuttle off the ground. A malfunctioning fuel tanks sensor foiled NASA's plans for lift off on Friday.
这是航天局第五次从地面发射航天飞机。燃料箱的传感器故障，美国宇航局星期五发射计划受挫。
10.
Discussion about Off-Focus Influence on MTF for Long Focus Aerial Camera
长焦距航天遥感相机离焦对传递函数的影响
11.
Mineral Mapping in Dongsheng District Based on Space Hyperspectral Remote Sensing;
基于航天高光谱遥感的东胜地区矿物填图研究
12.
The Choice of Aerospace Remote Sensing Data in the Second National Land Survey;
第二次全国土地调查航天遥感数据源的选择
13.
The current study is about space robot.
目前正在进行的研究工作是航天机器人
14.
Analysis of image motion compensation accuracy for aerial push-broom sensor
推扫式航空遥感器像移补偿精度的分析
15.
Research to Realize Aerial Remote Sensor Image Motion Compensation
基于航空遥感器像移补偿实现方法的研究
16.
Three more flights were made in Mercury spacecraft.
后来，“水星”号航天器又进行了三次飞行。
17.
In view of the feature of the sea images, this article studies image mosaicing technique of marine oil spill surveillance pictures.
针对海洋图像的特点，对海上溢油航空遥感监测中的图像拼接方法进行研究。
18.
While guidance project of the spacecrafts' rendezvous is designed, completion of rendezvous under error condition is considered.
在进行航天器交会对接制导方案设计时,必须考虑在误差情况下航天器交会任务的实现。