Using a laser transmitter in the range of 200 nm to 1200 nm, transmittance and total extinction coefficients were determined for two different but close related optical media which are ocean water and shallow well water in Mombasa County, in Kenya. The results were interpreted using Lambert–Beer’s law as applied for very small ranges of concentrations. It was established that the total extinction coefficients for two forms of water showed linearity with values of total extinction coefficients found to be µt = 7.734 (g/ml)-1 mm-1 and µt = 127.6 mm-1 at a wavelength of 638 nm for ocean water and shallow well water respectively
A technique to remotely determine the attenuation coefficient (alpha) of the water was investigated....
Freshwater resources are deteriorating rapidly due to human activities and climate change. Remote se...
A review of the present knowledge about the origin of blue-green window in the attenuation spectrum ...
Using a laser transmitter in the range of 200 nm to 1200 nm, transmittance and total extinction coef...
In this research, an analytical study of water using laser source transport through some samples of ...
Optical measurements within both the visible and near ultraviolet (UV) parts of the spectrum (305–75...
Optical measurements within both the visible and near ultraviolet (UV) parts of the spectrum (305-75...
Propagation of electro-magnetic radiation through the atmosphere and the sea depends upon different ...
274-280Inherent optical properties, absorption and began attenuation were measured in situ using a r...
An algorithm to determine the spectral total absorption coefficient of water is presented. The algor...
Optical communication/detection systems have potential to get around some limitations of current aco...
Profiles of absorption and attenuation coefficients, downward irradiance and upward radiance were me...
Ocean monitoring plays a vital role in both fisheries and aquaculture sector. There is a need to mea...
Abstract: Characterizing the specific inherent optical properties (SIOPs) of water constituents is f...
We report a study of the attenuation of submarine Photosynthetically Active Radiation (PAR) in relat...
A technique to remotely determine the attenuation coefficient (alpha) of the water was investigated....
Freshwater resources are deteriorating rapidly due to human activities and climate change. Remote se...
A review of the present knowledge about the origin of blue-green window in the attenuation spectrum ...
Using a laser transmitter in the range of 200 nm to 1200 nm, transmittance and total extinction coef...
In this research, an analytical study of water using laser source transport through some samples of ...
Optical measurements within both the visible and near ultraviolet (UV) parts of the spectrum (305–75...
Optical measurements within both the visible and near ultraviolet (UV) parts of the spectrum (305-75...
Propagation of electro-magnetic radiation through the atmosphere and the sea depends upon different ...
274-280Inherent optical properties, absorption and began attenuation were measured in situ using a r...
An algorithm to determine the spectral total absorption coefficient of water is presented. The algor...
Optical communication/detection systems have potential to get around some limitations of current aco...
Profiles of absorption and attenuation coefficients, downward irradiance and upward radiance were me...
Ocean monitoring plays a vital role in both fisheries and aquaculture sector. There is a need to mea...
Abstract: Characterizing the specific inherent optical properties (SIOPs) of water constituents is f...
We report a study of the attenuation of submarine Photosynthetically Active Radiation (PAR) in relat...
A technique to remotely determine the attenuation coefficient (alpha) of the water was investigated....
Freshwater resources are deteriorating rapidly due to human activities and climate change. Remote se...
A review of the present knowledge about the origin of blue-green window in the attenuation spectrum ...