Through regression analysis, temperature dependent relationships are developed to predict sound-speed. at discrete depths in the Bay of Bengal, thereby demonstrating the feasibility of sound-speed prediction through polynomial expressions in temperature disregarding salinity variations. A separate regression equation is develbped for the historical sound-speed and temperature data at the standard depths upto 250 m. At specific depths and in the given geographic area in the Bay of Bengal (5-8" N, 90-93" E) polynomials of temperature are proved to be a precise way to predict sound-speed
Modern sonar systems rely on fast and accurate measurements of the speed of sound in water. Plenty o...
Includes bibliographical references.Underwater Sound Velocity Profiles (SVP) are used throughout the...
Sonic layer depth (SLD) plays an important role in antisubmarine warfare in terms of identifying the...
Through regression analysis, temperature dependent relationships are developed to predict sound-spee...
There are in existence today some reasonably good numerical procedures for predicting sound velocity...
Tables for the speed of sound in sea water are presented. These tables have been prepared from an em...
17-20Sound speed computed from annual mean temperature and salinity data of Levitus reveals that spa...
The knowledge of the sound distribution in the sea is of importance in fathmetry and in sonar studi...
A simple equation is presented for the dependence of sound speed on temperature, salinity, and depth...
Sound velocity models currently in use by the U. S. Navy require difficult data sampling at great ex...
A new equation is proposed for the calculation of sound speed in seawater as a function of temperatu...
A simple equation is presented for the dependence of sound speed on temperature, salinity, and depth...
The sensitivity of acoustic pressure to sound speed is investigated through the application of adjoi...
Two sets of equations, covering all world oceans and seas, are presented to calculate pressure from ...
The propagation of sound in the sea is dependent on several environmental factors such as the depth ...
Modern sonar systems rely on fast and accurate measurements of the speed of sound in water. Plenty o...
Includes bibliographical references.Underwater Sound Velocity Profiles (SVP) are used throughout the...
Sonic layer depth (SLD) plays an important role in antisubmarine warfare in terms of identifying the...
Through regression analysis, temperature dependent relationships are developed to predict sound-spee...
There are in existence today some reasonably good numerical procedures for predicting sound velocity...
Tables for the speed of sound in sea water are presented. These tables have been prepared from an em...
17-20Sound speed computed from annual mean temperature and salinity data of Levitus reveals that spa...
The knowledge of the sound distribution in the sea is of importance in fathmetry and in sonar studi...
A simple equation is presented for the dependence of sound speed on temperature, salinity, and depth...
Sound velocity models currently in use by the U. S. Navy require difficult data sampling at great ex...
A new equation is proposed for the calculation of sound speed in seawater as a function of temperatu...
A simple equation is presented for the dependence of sound speed on temperature, salinity, and depth...
The sensitivity of acoustic pressure to sound speed is investigated through the application of adjoi...
Two sets of equations, covering all world oceans and seas, are presented to calculate pressure from ...
The propagation of sound in the sea is dependent on several environmental factors such as the depth ...
Modern sonar systems rely on fast and accurate measurements of the speed of sound in water. Plenty o...
Includes bibliographical references.Underwater Sound Velocity Profiles (SVP) are used throughout the...
Sonic layer depth (SLD) plays an important role in antisubmarine warfare in terms of identifying the...