The acoustic technology has a great potential to measure the concentration of particles in water which is one of the parameters for understanding ocean ecology. To achieve this purpose, the forward acoustic propagation model has been considered as a method to obtain concentration and particle size. The Gaussian lognormal distribution was used to describe the particle matters condition in suspended water. Base on the model, a nonlinear inversion process took values of attenuation into calculation and get parameters of concentration, average radius and variance. <br/
Abstract: Acoustic current profilers were originally designed to measure 3-D flow structure but the...
International audienceThe study of the suspended particulate matter (SPM) transport is essential to ...
An acoustic particle concentration measurement method, originally developed for marine sediment, in ...
The ability to quantify suspended sediment concentrations in marine environments is invaluable; mass...
The use of acoustic techniques has become more and more common for estimating suspended sediment in ...
Acoustic backscatter systems offer a flexible technique to measure dispersion concentration and part...
Widespread use of acoustic instruments to measure current velocity has led to interest in the techni...
none2noThe use of acoustic techniques has become common for estimating suspended sediment in water e...
The backscatter strength provided by multifrequency acoustic systems is frequently used to character...
AbstractAn acoustic particle concentration measurement method, originally developed for marine sedim...
The hydroacoustic monitoring of suspended sediment concentration (SSC) in rivers is based on the inv...
Acoustic signals can be used in various ways for suspended sediment monitoring. One possibility whic...
International audienceThe hydroacoustic monitoring of suspended sediment concentration (SSC) in rive...
The study of the suspended particulate matter (SPM) transport is essential to understanding oceans a...
The wave equations for the interior and exterior of the particles are ensemble averaged and combined...
Abstract: Acoustic current profilers were originally designed to measure 3-D flow structure but the...
International audienceThe study of the suspended particulate matter (SPM) transport is essential to ...
An acoustic particle concentration measurement method, originally developed for marine sediment, in ...
The ability to quantify suspended sediment concentrations in marine environments is invaluable; mass...
The use of acoustic techniques has become more and more common for estimating suspended sediment in ...
Acoustic backscatter systems offer a flexible technique to measure dispersion concentration and part...
Widespread use of acoustic instruments to measure current velocity has led to interest in the techni...
none2noThe use of acoustic techniques has become common for estimating suspended sediment in water e...
The backscatter strength provided by multifrequency acoustic systems is frequently used to character...
AbstractAn acoustic particle concentration measurement method, originally developed for marine sedim...
The hydroacoustic monitoring of suspended sediment concentration (SSC) in rivers is based on the inv...
Acoustic signals can be used in various ways for suspended sediment monitoring. One possibility whic...
International audienceThe hydroacoustic monitoring of suspended sediment concentration (SSC) in rive...
The study of the suspended particulate matter (SPM) transport is essential to understanding oceans a...
The wave equations for the interior and exterior of the particles are ensemble averaged and combined...
Abstract: Acoustic current profilers were originally designed to measure 3-D flow structure but the...
International audienceThe study of the suspended particulate matter (SPM) transport is essential to ...
An acoustic particle concentration measurement method, originally developed for marine sediment, in ...