In this communication, a new empirical formula for the absorption of sound in seawater is derived. The starting point of this investigation is the formula proposed by Ainslie and Mc- Colm for attenuation due to the boron and magnesium relaxations. Constants in the expression are treated as parameters to be determined. Since this is a nonlinear inverse problem, a global search is used to find the parameter setting that yields the best fit to in situ absorption measurements. The obtained formula is simpler than and at least as accurate as the widely used absorption formula of François and Garrison (FG)
Increasing atmospheric CO2will cause the ocean to become more acidic with pH values predicted to be ...
acoustic absorption attributable to the biological modification of seawater viscosit
The present paper deals with the absorption and reflexion suffered by a plane electromagnetic wave (...
Efficient underwater acoustic communication and target locating systems require detailed study of ac...
Efficient underwater acoustic communication and target locating systems require detailed study of ac...
The low frequency sound attenuation in sea-water is calculated from a relaxational model involving d...
The visco-thermal absorption of sound by suspended particulate matter can be reliably measured using...
A new equation for the speed of sound in sea water has been developed with validity not only for rea...
A new equation is proposed for the calculation of sound speed in seawater as a function of temperatu...
The acoustic absorption coefficient is a number that indicates which fraction of the incident acoust...
As the ocean becomes more acidic, low-frequency (~ 1–3 kHz and below) sound travels much farther due...
Tables for the speed of sound in sea water are presented. These tables have been prepared from an em...
The article of record as published may be found at https://doi.org/10.1121/1.385486Two simple equati...
A potential source of error in acoustic measurements of fish density is the absorption part of time...
The light absorption coefficient of water is dependent on temperature and concentration of ions, i.e...
Increasing atmospheric CO2will cause the ocean to become more acidic with pH values predicted to be ...
acoustic absorption attributable to the biological modification of seawater viscosit
The present paper deals with the absorption and reflexion suffered by a plane electromagnetic wave (...
Efficient underwater acoustic communication and target locating systems require detailed study of ac...
Efficient underwater acoustic communication and target locating systems require detailed study of ac...
The low frequency sound attenuation in sea-water is calculated from a relaxational model involving d...
The visco-thermal absorption of sound by suspended particulate matter can be reliably measured using...
A new equation for the speed of sound in sea water has been developed with validity not only for rea...
A new equation is proposed for the calculation of sound speed in seawater as a function of temperatu...
The acoustic absorption coefficient is a number that indicates which fraction of the incident acoust...
As the ocean becomes more acidic, low-frequency (~ 1–3 kHz and below) sound travels much farther due...
Tables for the speed of sound in sea water are presented. These tables have been prepared from an em...
The article of record as published may be found at https://doi.org/10.1121/1.385486Two simple equati...
A potential source of error in acoustic measurements of fish density is the absorption part of time...
The light absorption coefficient of water is dependent on temperature and concentration of ions, i.e...
Increasing atmospheric CO2will cause the ocean to become more acidic with pH values predicted to be ...
acoustic absorption attributable to the biological modification of seawater viscosit
The present paper deals with the absorption and reflexion suffered by a plane electromagnetic wave (...