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模型ID：

M00002

模型名称：

模型编码者：

序号	姓名	联系方式
1	E. F. Vermote and S.Y. Kotchenova	University of Maryland Department of Geography, 4321 Hartwick Rd College Park, MD 20742 and NASA GSFC code 614.5, Greenbelt MD. 20771. USA
2	J.C Roger	L'Observatory de Physique du Globe De Clermont-Ferrand Universit� Blaise Pascal 24 Avenue des Landais, 63177 Aubi�re, France
3	D. Tanre ;J.L. Deuze and M. Herman	Laboratoire d' Optique Atmospherique Universite des Sciences et Techniques de Lille u.e.r. de Physique Fondamentale 59655 Villeneuve d' Ascq Cedex, France
4	J.J. Morcrette	European Center for Medium -range Weather Forecasting. Shinfiels Park, Reading. Bershire RG2 9AX, United Kingdom

模型关键字：

null

模型类型：

机理模型

模型最后修改日期：

2012/11/1 0:00:00

模型提交日期：

2012/11/7 0:00:00

模型摘要：

The 6S code is a basic RT code used for calculation of lookup tables in the MODIS atmospheric correction algorithm. It enables accurate simulations of satellite and plane observation, accounting for elevated targets, use of anisotropic and lambertian surfaces and calculation of gaseous absorption. The code is based on the method of successive orders of scatterings approximations and its first vector version (6SV1), capable of accounting for radiation polarization. It was publicly released in May, 2005.

公式：

1	名称：Geometrical conditions	参数类型：string	物理意义：几何情况
2	名称：Month	参数类型：int	物理意义：月份
3	名称：Date	参数类型：int	物理意义：日期
4	名称：Solar zenithal angle	参数类型：double	物理意义：太阳天顶角
5	名称：Solar azimuthal angle	参数类型：double	物理意义：太阳方位角
6	名称：Sensor zenithal angle	参数类型：double	物理意义：传感器天顶角
7	名称：Sensor azimuthal angle	参数类型：double	物理意义：传感器方位角
8	名称：Atmospheric Profile	参数类型：string	物理意义：大气剖面
9	名称：Aerosol Model	参数类型：string	物理意义：气溶胶模型
10	名称：target altitude	参数类型：string	物理意义：目标区域高度
11	名称：sensor altitude	参数类型：string	物理意义：传感器高度
12	名称：Spectral Conditions	参数类型：string	物理意义：光谱条件
13	名称：wavelength	参数类型：double	物理意义：波长
14	名称：Ground reflectance type	参数类型：string	物理意义：地表反射类型
15	名称：Directional effects	参数类型：string	物理意义：方向效应
16	名称：Atmospheric correction mode	参数类型：string	物理意义：大气校正模型

标题：

Validation of a vector version of the 6S radiative transfer code for atmospheric correction of satellite data. Part I: Path radiance

文献作者：

序号	姓名	联系方式
1	Svetlana Y. Kotchenova	Department of Geography, University of Maryland, 4321 Hartwick Road, Suite 209, College Park, Maryland 20740
2	Eric F. Vermote	Department of Geography, University of Maryland, 4321 Hartwick Road, Suite 209, College Park, Maryland 20740
3	Raffaella Matarrese	Department of Physics, University of Bari, Via Amendola 173, Bari 70126, Italy.
4	Frank J. Klemm	Department of Geography, University of Maryland, 4321 Hartwick Road, Suite 209, College Park, Maryland 20740

文献引用：

10 September 2006/ Vol. 45, No. 26 /APPLIED OPTICS

文献摘要:

A vector version of the 6S (Second Simulation of a Satellite Signal in the Solar Spectrum) radiative transfer code (6SV1), which enables accounting for radiation polarization, has been developed and validated against a Monte Carlo code, Coulson’s tabulated values, and MOBY (Marine Optical Buoy System) water-leaving re?ectance measurements. The developed code was also tested against the scalar codes SHARM, DISORT, and MODTRAN to evaluate its performance in scalar mode and the in?uence of polarization. The obtained results have shown a good agreement of 0.7% in comparison with the Monte Carlo code, 0.2% for Coulson’s tabulated values, and 0.001–0.002 for the 400–550 nm region for the MOBY re?ectances. Ignoring the effects of polarization led to large errors in calculated top-of-atmosphere re?ectances: more than 10% for a molecular atmosphere and up to 5% for an aerosol atmosphere. This new version of 6S is intended to replace the previous scalar version used for calculation of lookup tables in the MODIS (Modera

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