| 1. | A feasible method on atmospheric correction to channel 1 and 2 for modis
通道1和通道2大气订正的一种快速实用方法 |
| 2. | Because the atmospheric correction algorithms of ocean color satellite are not so developed and the marine optical properties not so clearly known , ocean color sensing of case ii water is not successful in world range
到目前为止，由于现有水色卫星大气校正方法的不足和对水体光学特性缺乏充分的了解等因素，国际上对二类水体的水色遥感还没有取得令人满意的成果。 |
| 3. | The possibility of the atmospheric correction to the displacement measurements at the international gps service ( igs ) stations is discussed . in chapter 5 , using the mathematic theory of statistics , the errors of the convolution technique , u
第六章：利用数理统计理论研究大气负荷改正褶积系统的误差及其传播特性和使用功效，给出系统输出的精度估计，提出系统的优化配置原则 |
| 4. | The primary aim of this study is to provide some basic information to the atmospheric correction for 94 ghz cloud radar . the atmospheric attenuation at 37 and 94 ghz have been calculated and analyzed in different cloudy atmospheres
本工作主要比较分析在37ghz和94ghz大气的衰减特性，计算分析了在不同云、大气条件下37和94ghz的大气衰减，目的是对星载94ghz云雷达进行大气的衰减订正。 |
| 5. | We also did some work on atmospheric correction and ocean color sensing of chinese xiamen sea area . the atmospheric correction results of aerosol parameters are quite precise to the values gotten by measurements and a primary success on ocean color sensing is also made
我们还对厦门海域进行了水色卫星的大气校正和水色遥感研究，大气校正的结果相对实测结果的精度是令人满意的，对水色遥感的研究也取得了初步的成功。 |
| 6. | Based on the response theory of an elastic earth to surface loads and the model of the standard atmosphere , the characteristics of changes in the loading effects with time , space and frequency are comprehensively investigated in this dissertation . the numerical results obtained in this study can provide accurate atmospheric correction models for high - precision continuous measurements of the geophysical fields such as gravity , tilt , displacement and strain on the earth ' s surface
本文基于弹性地球对表面负荷的响应理论和标准大气模型，综合研究大气负荷效应的时间、空间和频率特征，为地表重力、倾斜、位移和应变等物理场的高精度连续观测提供精密大气影响改正模型 |
| 7. | Radiative transfer model in the atmosphere - ocean system is completed in this paper by connecting three - component model of ocean color with radiative transfer theory . and a new atmospheric correction algorithm of ocean color satellite for case ii water is then developed based on this radiative transfer model . we can determine the aerosol parameters and the concentrations of three marine components simultaneously by this algorithm
本文将水色三分量模型有效地利用到海水中的辐射传输过程中，再将大气和海水中的辐射传输有机地结合起来，建立一种较为先进的“大气?海洋系统辐射传输模型” ，再利用建立的模型发展了一种新的可适用于二类水体的水色卫星大气校正方法，用这种大气校正方法可以同时反演大气气溶胶参数和水色要素的浓度值。 |
