1) 3D Imaging Spectrometer
三维成像光谱仪
2) 2D imaging spectrograph
二维成像光谱仪
1.
Fabry-Perot-based 2D imaging spectrograph can serve astronomy observations needs, such as high temporal, spatial, and spectral resolution, especially in combination with adaptive optics and advanced image restoration and processing techniques.
以Fabry-Perot为基础的二维成像光谱仪能满足天文观测上对高时间，高空间及高光谱分辩本领的要求，特别是与自适应光学系统和先进的图像重建技术联系在一起之后，其应用更为广泛。
3) three-dimensional imaging spectrograph
三维成像光谱
4) Imaging spectrometer
成像光谱仪
1.
Design method for Offner imaging spectrometer composed of convex grating;
一种凸面光栅Offner结构成像光谱仪的设计方法
2.
Fourier analysis of Offner imaging spectrometer composed of a convex grating;
凸面光栅Offner结构成像光谱仪的傅里叶分析
3.
Tradeoff optimization design of optical configuration on imaging spectrometer;
成像光谱仪工程权衡优化设计的光学结构
5) spectral imager
光谱成像仪
1.
Thermal design and proof tests of CCD components in spectral imagers
光谱成像仪CCD组件的热分析及验证
2.
Spectral transfer function of the Fourier transform spectral imager
傅里叶变换光谱成像仪光谱传递函数研究
3.
Hyper-spectral imager can image a certain object at different spectrum band.
高光谱成像仪能够在连续谱段上对同一目标成像,可直接反映出被观测物体的光谱特征,甚至物体表面物质的成分。
6) 3D imager
三维成像仪
1.
Airborne 3D imager which is developed by the Institute of Remote Sensing Applications, Chinese Academy of Sciences can acquire DSM in quasi-real-time without any ground control points.
城市数字表面模型 (DSM)作为城市的重要信息有着十分广泛的应用 ,机载三维成像仪可以快速获取DSM数据 ,而无需地面控制点。
2.
Fast acquiring 3D information and data processing is the key element to remote sensing for earth observation,and airborne 3D imager is a new technology system that can acquire 3D information in quasi-real-time.
机载三维成像仪就是能够准实时地获取地面三维遥感信息的技术系统。
补充资料：三维成像技术
通常我们说一个客观的世界是三维的，客观世界的三维图像通过某种技术把它记录下来然后处理、压缩再传输出去，显示出来，最终在人的大脑中再现客观世界的图像，这个过程就是三维成像技术的全过程。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条