海洋光学

有关水下图像复原的研究一直集中在PSF的描述上，模型都是建立在海洋光学理论和小角度前向散射理论基础上的半经验公式。

The researches about image restoration has always focused on the description of PSF , the models were all built on the basis of the ocean optics theory and small-angle forward scattering theory .

样机经实验测量海洋光学DH-2000型光源验证，拥有优秀的紫外响应，达到了设计要求。

This model spectrometer reaches the design requirements as it has excellent UV response verified by Ocean Optics ' DH-2000 light source .

GIS支持下的海洋光学调查成果专题图编制研究

Study on Marine Optical Investigation Thematic Map Preparation Based on GIS

基于GIS的海洋光学调查数据空间插值方法研究

Study on Spatial Interpolation Methods for Marine Optical Data Based on GIS

实地光谱测量采用NASA海洋光学测量规范推荐的水面之上光谱测量法，分别测量标准板、水面和天空光的辐照度，计算水面之上遥感反射率。

Above-water spectrum measurement method recommended by NASA ocean optical measurement criteria was employed to measure the in-situ spectrum of surface water . The radiance of standard plate , water surface , and sky illuminance was measured , respectively , to calculate the remote sensing reflectance of the water surface .

海洋光学测量仪器保护框架强度的分析计算

Calculate the Strength of Protect Frame of Marine Optical Instrument

海洋光学遥感技术的发展和前沿

The Development of Marine Optical Remote Sensing and the Frontiers

自容式海洋光学多参数测量仪

A self - contained marine optical multichannel meter

在海洋光学研究领域中，表观光学特性和固有光学特性是两大主要研究内容。

Apparent and inherent optical properties are main research content in the research area of ocean optics .

影响海洋光学遥感的海面白泡云研究回顾及进展

Review of and Advances in Study of Whitecaps and Bubble Clouds Affecting the Ocean Optical Remote Sensing

偏振信息在大气光学，海洋光学，遥感等领域有广泛的应用。

There are wide applications of the polarization information in the fields of the atmospheric optics , oceanic optics , remote sensing , and so on .

海洋光学浮标在水色遥感现场辐射定标和数据真实性检验、海洋科学观测、近海海洋环境监测等方面有重要应用价值。

Marine optical buoy is of important value in terms of calibration and validation of ocean color remote sensing , scientific observation , coastal environment monitoring , etc.

海洋光学遥感在实施大范围海面瞬间信息监测、数年至几十年长序列全球海洋数据采集等方面，发挥了常规调查方法所不能替代的优势。

The marine remote sensing has more advantage than the normal investigation in the collection of marine environment parameters of several yeas , even several ten years .

根据测量获得的海水表面的离水辐亮度、归一化离水辐亮度和遥感反射率，可进行海洋光学和水色遥感方面的研究。

The derived sea surface water-leaving radiance , normalized water-leaving radiance , remote sensing reflectance are useful in the study for oceanic optics and ocean color remote sensing .

针对不同海域的海洋光学特征进行研究，对于反演二类水体叶绿素、悬浮泥沙和黄色物质的浓度具有非常重要的意义。

Studying the ocean optical characteristics in different sea areas is very important to deduce Chl-a concentration , suspended sediment concentration and CDOM concentration of Class ⅱ waters .

回顾了国内外影响海洋光学遥感的白泡云的反射率和覆盖率的研究进展情况。

In this paper , the advances in study of the reflectance and coverage of whitecaps and bubble clouds affecting the ocean optical remote sensing at home and abroad are reviewed .

根据该仪器测量获得的下行辐照度和上行辐亮度，我们可以计算海水的漫衰减系数、遥感反射率、离水辐亮度等多种海洋光学参数。

Its feature , specification , and application are introduced here . Using this device , we can measure many oceanic optical parameters such as diffuse attenuation coefficient , remote-sensing reflectance , water-leaving radiance and so on .

虽然海洋光学的研究历来已久，但因为光在水介质中传输衰减这一物理限制而长期受到冷落。

Although the ocean optics research has always been studied for a long time , it was also ignored in a long term because of the physical limitations that the attenuation when light transmited in the water .

当沙漠上空光学厚度为1.0，海洋上空光学厚度为0.3时，取春季平均太阳高度角，沙尘层对应的净辐射加热率分别为2.8K/d和0.4K/d。

The heating rate is 2.8 K / d over China 's desert and 0.4 K / d over the Pacific region corresponding to the optical depth of dust aerosol of 1.0 and 0.3 with spring averaged solar altitude .

海洋动力过程光学遥感探测示例&水面舰船航速探测

Examples for Demonstrating the Optical Remote Sensing Detection of Marine Dynamic Process & Ship Speed Detection

海洋遥感图象实时光学信息处理

Real-time optical information processing for ocean remote sensing images

利用气象要素估算海洋大气近地层光学湍流

Estimation of the Optical Turbulence in the Marine Atmospheric Surface Layer Based on Meteorological Data

卫星遥感与海洋地质调查海洋光学遥感技术的发展和前沿

Spacecraft Remote Sensing and Oceanographic Survey The Development of Marine Optical Remote Sensing and the Frontiers

海水中黄色物质在海洋生态系统、光学遥感和海洋碳循环等方面具有广阔的应用前景。

The Yellow Substance in seawater has a broad prospect of its application in marine ecological system , optical remote sensing and carbon circulation in the sea .

海洋悬浮粒子的光学散射特性不仅直接影响激光在海水中的传输特性，而且是海洋环境光学监测的重要理论基础。

The optical scattering characteristics of oceanic suspended particles can directly affect the transmitting property of laser in seawater , and they are also significant theory basement of oceanic environmental optics detecting .

基于近地层相似理论以及极端层结下对该理论的修正，建立了海洋大气近地层光学湍流估算模型，并进行了数值分析。

A model used to estimate the optical turbulence in the marine atmospheric surface layer is developed based on the similarity theory and some modifications of the theory under the extremely stable and unstable conditions , and some numerical analyses are done .

初步探讨了光学遥感应用于海洋动力过程探测的可能性以及水动力学调制对海洋动力过程光学遥感成像的影响。

In this paper , the possibility of application of optical remote sensing to marine dynamic process detection and the effect of hydrodynamic modulation on optical remote sensing imaging of marine dynamic process are preliminarily discussed .

光学技术在海洋科学应用中不断发展，中国海典型Ⅱ类水体由于其水体浑浊与成分复杂性，成为海洋光学研究中的前沿和难点。

Optical technology has a continuous development in marine science application . Typical Case ⅱ water in China sea is turbid and its composition is complex , it has become the frontiers and difficulties in marine optics research .