光谱分辨率

软X射线-真空紫外傅里叶变换光谱仪及其光谱分辨率研究

Soft X-ray and VUV Fourier Transform Spectrometer and Spectral Resolution

高光谱分辨率遥感（HyperspectralRemoteSensing，简称高光谱遥感）是指利用很多很窄的电磁波波段从感兴趣的物体获取有关光谱数据，其基础是光谱学。

High spectral resolution ( Hyperspectral ) remote sensing , which is based on spectroscopy , refers to use many narrow electromagnetic wavebands to detect the spectral reflectance of our interesting objects .

Fourier变换光谱学的一种光谱分辨率增强方法

New Approach to Resolution Enhancement of Fourier Transform Spectrum

以高空间分辨率的SAR图像和高光谱分辨率的TM图像为例，提出了一种基于小波变换的多源遥感图像融合方法。

This paper takes merging SAR image and TM image as an example to present a new remote-sensing fusion method based on wavelet transform .

森林生物化学与CASI高光谱分辨率遥感数据的相关分析

Relationships between Forest Biochemical Concentrations and CASI Data along the Oregon Transect

高光谱分辨率遥感在植被监测中有两个方面的应用：（1）叶面积指数（LAI）和红边光学参数的计算；

Two applications of hyperspectral remote sensing in vegetation monitoring : ( 1 ) Calculation of Leaf Area Index and " Red Ridge " indices ;

Sagnac棱镜角公差与干涉光谱仪光谱分辨率的关系分析

The Analysis of the Relationship between Angle Tolerance of Sagnac Prism and the Spectrum Differentiation of the Interferometer Spectrometer

在一般情况下，由于卫星传输带宽的限制，高空间分辨率SPOT图像的光谱分辨率比较低，而中分辨率多光谱ETM图像的空间分辨率比较低。

In most cases , due to restriction of satellite transmission bandwidth , the spectral resolution of high spatial resolution SPOT image and the spatial resolution of multi spectral resolution ETM image are low .

结果显示，光谱分辨率对不同光谱指数（NDSI和RSI）的影响有所差异。

The results revealed that the impact of spectral resolution differed with spectral index .

鉴于MODIS数据具有大覆盖面积、高时间分辨率、较高光谱分辨率并可以免费获取等优点，以江西省为研究区，选取MODIS数据监测水稻长势动态。

Considering MODIS data has the advantage of big coverage 、 high time resolution 、 higher spectral resolution 、 free access , etc , we select MODIS data to monitor crop growth .

和采用单个Wollaston棱镜的光谱仪相比，这种新型的成像光谱仪具有更高的光谱分辨率和光通量。

Compared with the spectrometer based on single Wollaston prism , the new polarization imaging spectrometer has higher spectral resolution and optical throughput .

本文介绍了利用高光谱分辨率激光雷达探测大气温度的方法，可得到大气中不同高度、不同大气后向散射比（Rb）条件下的温度轮廓线。

This paper represents a method which uses high spectrum resolution lidar to detect the atmosphere temperature . This method can obtain the temperature contour at the various height and on the condition of various back-scattering ratio .

高光谱分辨率激光雷达（HSRL）大气温度测量模拟

A Simulation of a High Spectral Resolution Lidar System for Atmosphere Temperature Measurement

本文的研究说明MODIS的高光谱分辨率和丰富的数据产品应用于卫星雨量估算具有实际意义，拓展了MODIS数据的应用领域。

The study of this thesis reveals that it bears practical significance to apply the high spectral resolution and rich data products of MODIS to satellite estimation of precipitation , which can develop the application field of MODIS .

对地观测卫星（ESO）中分辨率成像光谱仪（MODIS）传感器因其具有高时间分辨率、高光谱分辨率、适中的空间分辨率等特点，非常适合大范围、长时期、动态的干旱监测。

EOS ( earth observation satellites ) and MODIS ( moderate imaging spectra ) data are very suitable for vast extent , long-term and dynamic drought monitoring for its high temporal resolution , high spectral resolution and moderate spatial resolution .

入瞳的最小可探测率为10－12W／cm2，光谱分辨率为2%，测量速度为10条谱线／s。

The least power detected at the entrance pupil is 10 - 12 W / cm 2 , spectral resolution is 2 % and the measuring speed is 10 spectral lines per second .

该系统的时间分辨率为6·5200ps，光谱分辨率为13nm，能够实现快速数据采集以及可靠和可重复的寿命和光谱测量。

The system has high temporal ( 6.5_200 ps ) and spectral ( 1_3 nm ) resolutions and permits rapid data acquisition and reliable and reproducible lifetime and spectrum determinations .

与Landsat/ETM+、NOAA/AVHRR及MODIS等传感器的热红外数据相比，ASTER的热红外数据同时具有空间分辨率高和光谱分辨率较高的突出优势，这是ASTER数据应用于地表组分温度反演的优势所在。

Compared with thermal infrared data set from Landsat / ETM + , NOAA / AVHRR and MODIS , thermal infrared data set from ASTER are much better in both spatial and spectral resolution , which has made ASTER advantages to retrieve component temperature on land surface .

本文介绍用超声分子束系统和高效能的、光谱分辨率可达10MHz的紫外连续可调谐的激光系统，测量SO2分子的塞曼分裂光谱。

The Zeeman spliting of SO_2 have been measured by a supersonic molecular beam system and a high-efficient , spectral resolution down to 10 MH , UV , cw dye laser system .

1.3xμm波段掺钕晶体激光治疗机此外，傅里叶变换光谱仪还具有光谱分辨率高、测量速度快、波段范围宽等优点。

Development of Nd ∶ YAG and Nd ∶ YAP Laser Therapy Apparatus Operating around 1.3x μ m Wavelength Range Besides , it has high resolution , high speed and wide range .

高光谱分辨率遥感在地质应用中的关键技术及前景

Key techniques and prospects of hyperspectral remote sensing in geological application

红外光谱分辨率对气体定量分析的影响研究

Research on the Influence of Infrared Spectral Resolution on Gas Quantitative Analysis

超谱遥感图像由于其高光谱分辨率的特点正受到国外国内的广泛关注。

Hyperspectral images are widely concerned due to their high spectral resolution .

讨论了波长测量范围和光谱分辨率。

The range of measurable optical wavelengths and resolvable wavelength interval are discussed .

高稳定性高光谱分辨率激光测风系统关键技术

Key Technologies of High Spectral Resolution Wind Measurement by Laser with High Stability

类似于二维成像中的空间分辨率，光谱分辨率是衡量波谱数据质量的一个重要指标。

Spectral resolution is a key to measure the quality of multi-spectral data .

高光谱分辨率遥感在新疆棉花上的应用前景

Prospect on Application of Remote Sensing of High-spectrum Resolving Power to Xinjiang Cotton

近红外光谱分辨率对液体样品近红外定量模型影响的研究

Comparison of the Models of Mixed Liquid Samples under Different Near-Infrared Spectral Resolutions

此外，傅里叶变换光谱仪还具有光谱分辨率高、测量速度快、波段范围宽等优点。

Besides , it has high resolution , high speed and wide range .

高光谱分辨率时间调制傅氏变换成像光谱技术研究

Study of the High-Spectral-Resolution Time-Modulated Fourier Transform Imaging Spectroscopy