remote sensor

Application and development of spaceborne cooling technology for aerospace infrared remote sensor

空间制冷技术在星载红外遥感器中的应用与发展

The wireless sensor network node which deployed in farmland transfers data to remote PC through GPRS terminal, we can access data of monitoring field in the distance.

通过GPRS终端将无线传感器网络获取的数据传输到远程的上位机上，从而实现监测现场数据的远程获取。

A new sensor: Advanced Spaceborne Thermal Emission Reflection Radiometer ( ASTER) carried on EOS AM 1 which will be launched in 1998 was introduced, and the basic principles of remote sensing detecting petroleum were also proposed by the author.

介绍了一种最新遥感器&载于将在1998年发射的EOS AM－1空间飞行器的高级星载热发射反射辐射仪，并提出遥感找油气的基本原理。

Space remote-sensor directly faces space thermal vacuum environment, so its thermal design is very complicated.

空间遥感器直接面向轨道热环境, 热设计十分复杂.

The appearance of hyperspectral and multiangular remote sensor enhanced the exploration means, and provided us more spectral and spatial dimension information than before.

高光谱、多角度遥感传感器的出现，丰富了遥感探测手段，为我们提供了更为丰富的光谱维、空间维信息，也对定量遥感提出越来越高的要求。

The spectral waveband is an important factor to be investigated in optical remote sensor design.

光谱波段是光学遥感器设计中需要考虑的一个重要指标.

Sensor nodes sample local environment, and transmit the results to base station through the multi-hop routing, even to the remote user.

传感节点采集本地感应的数据，经过多跳路由发送至基站，并最终转发给外界用户。