We provide a comprehensive overview of water constituent retrieval algorithms and
underlying definitions and models for optically deep and complex (ie case 2) waters using …

Seawater in addition to natural components such as living and non-living organic matter
contains also components artificially introduced into the marine environment, such as oil …

摘要结合Fournier-Forand 和Henyey-Greenstein 体积散射函数, 利用Monte Carlo
法建立水中激光脉冲传输特性分析模型. 采用该模型分析了散射体相对折射率和尺寸分布对水中 …

Optical properties of water bodies carry important information about the composition,
dynamics and processes in seawater. This information is widely used to derive ocean …

Over the past decades, Raman spectroscopy has been proven to be a powerful tool for in
situ detection in the deep sea. However, two important issues are usually presented for solid …

Direct measurements of the backscattering coefficient bb require the determination of the
Volume Scattering Function (VSF) and its integration over a backward hemisphere. In sea …

Oil pollution in seawater, primarily visible on sea surface, becomes dispersed as an effect of
wave mixing as well as chemical dispersant treatment, and forms spherical oil droplets. In …

Information about polarization of light leaving the ocean surface has the potential to improve
the quality of bio-optical parameter retrieval from ocean color remote sensing (OCRS). This …

Angular distributions of scattered light, which are described by one of two forms, ie the
Volume Scattering Function (VSF) or the phase function, are the least-known optical …

An advanced method of measuring the volume scattering function (VSF) of seawater and a
unique instrument based on this method are presented. The approach differs from traditional …