海洋辐射传递

海洋辐射传递两流理论的海中悬浮泥沙光学模式

An optical model of suspended sand in the sea based on two-flow theory of radiative transfer in the sea

基于海洋辐射传递模拟和Mie散射理论，研究了垂直非均匀分布的海中气泡对近海海水遥感反射比的影响。

Based on numerical simulations of radiative transfer and Mie theory , the effects of vertically stratified air bubbles on remote-sensing reflectance of coastal waters were examined .

利用海洋辐射传递模拟简化了衰减系数和漫衰减系数的关系，给出了赛克盘深度的遥感算法并对其进行了现场印证。

The relationship of beam attenuation coefficient and diffused attenuation coefficient was achieved from radiative transfer simulation .

基于海洋辐射传递模拟，研究了悬浮物浓度（包括浮游植物和矿物粒子）及相关固有光学性质的垂直非均匀分布对近岸海水遥感反射比的影响。

Based on numerical simulations of radiative transfer , the effects of nonuniform vertical profiles of SPM and associated IOPs on remote-sensing reflectance were investigated . The vertical structure was assumed to consist of two homogeneous layers with different concentrations of suspended particulate matter ( SPM ) .

开发和建立了用于海洋-大气辐射传递计算的光学参数数据库。

In this paper , a database of the optical properties used for radiative transfer calculations in atmosphere and ocean was reported .