超光谱成像仪

放大率恒定的二元光学超光谱成像仪光学系统设计

Optical Design for Binary Optic Hyperspectral Imager with Constant Magnification

二元光学超光谱成像仪分光系统设计

Optical design of spectrum-dividing system for binary optic hyperspectral imager

本文将超光谱成像仪光学成像链按照独立成像的子系统划分为：望远镜系统、狭缝系统、光谱仪系统和面阵探测器CCD四个主要组成部分。

In this paper spectral imager imaging-link is mainly partitioned four self-imaging sub-systems including telescope system , slit system , spectral imager , and square array CCD .

红外超光谱成像仪电路的设计与仿真红外显微分光光度学

Design and Simulation of the Circuit of Infrared Hyper-spectral Imaging Spectrometer

超光谱成像仪红外系统热控技术研究

Thermal control technique applied in infrared subsystem of hyper spectral imager

超光谱成像仪在轨辐射定标及不确定性分析

Radiometric Calibration for HJ-1A Hyper-Spectrum Imager and Uncertainty Analysis

环境减灾-1A卫星超光谱成像仪结构设计

Mechanical Structure Design for Hyperspectral Imager of HJ-1A Satellite

超光谱成像仪指向镜热光学特性描述方法研究

A Study of Thermal Optical Property Description of Pointing Mirror in Hyperspectral Imager

星载高分辨率超光谱成像仪分光方式的选择

Choice of spectral-splitting modes in space-borne hyper-spectral imager

最后总结了目前超光谱成像仪红外系统热控的关键问题。

At last the challenges of thermal control for infrared subsystem are put forward .

中国星载干涉型超光谱成像仪

China interference Hyper-spectrum imager in satellite

超光谱成像仪研究是成像光谱技术领域中的一个新的课题。

Pushbroom Hyperspectral Imager ( PHI ) is a new and special topic of spectral imaging technigue field .

对超光谱成像仪使用的凸面光栅衍射效率进行了分析计算。

Have analyzed and calculated the diffractive efficiency of the convex grating used in the hyper spectral imager .

提出利用折衍混合透镜代替单一的二元光学透镜来实现色散和成像用于超光谱成像仪，论述了此透镜系统的设计方法，给出了理论设计公式。

A diffractive_refractive hybrid singlet is used to replace a binary optical phase lens for an imaging spectrometer .

于此同时，短波近红外波段超光谱成像仪的研制也已经纳入了议事日程。

Meanwhile , an advanced requirement for self developing Hyper-spectral Imaging Spectrometer in short wave and near infrared band is proposed .

通过主动热控与被动热控的比较，阐述了超光谱成像仪红外系统热控策略，并且归纳了适合其要求的热控技术。

The characteristics of active and passive thermal control are compared , and the thermal control strategies of HIS infrared subsystem are presented .

根据干涉型超光谱成像仪的原理、特点以及对星上定标的要求，介绍了几种星上定标技术，分析了几种定标方案的结构和优缺点。

This paper presents research of several calibration methods on secondary planet , according to principle and characteristic of the Interference Super-spectral Imager , and requirement of calibration on secondary planet .

随着环境与灾害监测小卫星A星的成功发射，我国拥有完全自主知识产权的可见光波段超光谱成像仪投入了使用。

As HJ-1-A Satellite , one of the Environment and Disaster Monitoring and Forecast Satellites , was launched successfully , Hyper-spectral Imaging Spectrometer in visible band with self-property right is put into practice .

超光谱成像仪是一种定量获取景物图像与光谱信息的新一代光学遥感仪器，高分辨率超光谱成像仪以较高的地面分辨率获取目标的光谱图像数据。

Hyper-spectrum imager is an optical instrument that obtains images and spectral information at one time . This High Resolving capability Hyper - Spectrum Imager ( HRHSI ) obtains spectral image information with a high resolving power of ground .