The effect of humidity on the velocity of sound waves is investigated (Eq. (5), Table I). The radius of curvature for a ray of sound which is propagated in the direction of the wind is given [Eq. (13)] and discussed. The amplitudes of sound waves as a function of the distance are given [Eq. (17)], and the relative importance of the quantities involved is discussed
Noise is still an unsolved problem of our time and influences the public health and well-being. So s...
The improved simulation of sonic boom propagation through the real atmosphere requires greater under...
Recent studies are reported which have contributed to the knowledge of atmospheric structure and hav...
Reviewed here is the current state of knowledge with respect to each basic mechanism of sound propag...
Measurements of sound propagation over distances up to 1000 m were carried out with an impulse sound...
The propagation of sound waves at infrasonic frequencies (oscillation periods 1.0 - 1000 seconds) in...
The data collected at a pressure of one atmosphere for the different temperatures and relative humid...
The propagation of sound in the atmosphere is influenced by meteorological conditions. During comput...
Sound waves traveling at frequencies between 0.05 and 20 Hertz are called infrasound waves. Ocean wa...
Recent investigation, that of the last half century, of the velocity of sound in air has shown that ...
Prédire des niveaux sonores à grande distance n'est point aisé, tant la propagation acoustique en mi...
Purpose: based on the systematization of the characteristics of the propagation of acoustic waves de...
The effective sound speed gradient is used to describe the meteorological conditions during sound me...
First order effects of gradients in nonuniform potential flows of a compressible gas are included in...
AbstractWe examine the propagation of sound waves through a stratified atmosphere. The method of mul...
Noise is still an unsolved problem of our time and influences the public health and well-being. So s...
The improved simulation of sonic boom propagation through the real atmosphere requires greater under...
Recent studies are reported which have contributed to the knowledge of atmospheric structure and hav...
Reviewed here is the current state of knowledge with respect to each basic mechanism of sound propag...
Measurements of sound propagation over distances up to 1000 m were carried out with an impulse sound...
The propagation of sound waves at infrasonic frequencies (oscillation periods 1.0 - 1000 seconds) in...
The data collected at a pressure of one atmosphere for the different temperatures and relative humid...
The propagation of sound in the atmosphere is influenced by meteorological conditions. During comput...
Sound waves traveling at frequencies between 0.05 and 20 Hertz are called infrasound waves. Ocean wa...
Recent investigation, that of the last half century, of the velocity of sound in air has shown that ...
Prédire des niveaux sonores à grande distance n'est point aisé, tant la propagation acoustique en mi...
Purpose: based on the systematization of the characteristics of the propagation of acoustic waves de...
The effective sound speed gradient is used to describe the meteorological conditions during sound me...
First order effects of gradients in nonuniform potential flows of a compressible gas are included in...
AbstractWe examine the propagation of sound waves through a stratified atmosphere. The method of mul...
Noise is still an unsolved problem of our time and influences the public health and well-being. So s...
The improved simulation of sonic boom propagation through the real atmosphere requires greater under...
Recent studies are reported which have contributed to the knowledge of atmospheric structure and hav...
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