Add to ORKGCompilation of information about the natural and artificial sources of infrasound, its physical properties and the infrasound propagation through the environment. The overall context is the impact on the human organism, measurement and analysis of the infrasound and infrasound possible impact to the quality of a sound recording
Several studies showed that the human auditory system is sensitive to infrasound. The present study ...
A method is introduced to reconstruct microbarom soundscapes in absolute values. The soundscapes are...
Worldwide research and recordings discovered that low-frequency acoustic waves are inaudible sound, ...
Infrasound is a low frequency acoustic phenomenon typically in the frequency range of 0.01 to 20 Hz...
This paper proposes a new type of interactive sound instrument for use with audiences in sound insta...
Infrasound signals are regular acoustic signals in that they are longitudinal pressure waves albeit ...
The physical properties and propagation characteristics of atmospheric infrasound determine the tech...
Sound becomes inaudible if it consists of frequencies lower than 20 Hz, i.e. the human hearing thres...
International audienceThe infrasound field, the science of low-frequency acoustic waves, has develop...
Introduction. Inaudible but ubiquitous environmental infrasound undoubtedly affects the frame of min...
An increasing number of infrasound sources and the success in decreasing the acoustical emission and...
Infrasound is defined as sound with a frequency less than 20 Hz. It is produced by both natural and ...
All impacts of noise are presented within a complex acoustic environment, sometimes from a single so...
1.1. Definition(a) "Infrasound is a mechanical disturbance, propagatedon an elastic medium, of frequ...
This document compiles specifications and requirements with which measurement devices shall comply, ...
Several studies showed that the human auditory system is sensitive to infrasound. The present study ...
A method is introduced to reconstruct microbarom soundscapes in absolute values. The soundscapes are...
Worldwide research and recordings discovered that low-frequency acoustic waves are inaudible sound, ...
Infrasound is a low frequency acoustic phenomenon typically in the frequency range of 0.01 to 20 Hz...
This paper proposes a new type of interactive sound instrument for use with audiences in sound insta...
Infrasound signals are regular acoustic signals in that they are longitudinal pressure waves albeit ...
The physical properties and propagation characteristics of atmospheric infrasound determine the tech...
Sound becomes inaudible if it consists of frequencies lower than 20 Hz, i.e. the human hearing thres...
International audienceThe infrasound field, the science of low-frequency acoustic waves, has develop...
Introduction. Inaudible but ubiquitous environmental infrasound undoubtedly affects the frame of min...
An increasing number of infrasound sources and the success in decreasing the acoustical emission and...
Infrasound is defined as sound with a frequency less than 20 Hz. It is produced by both natural and ...
All impacts of noise are presented within a complex acoustic environment, sometimes from a single so...
1.1. Definition(a) "Infrasound is a mechanical disturbance, propagatedon an elastic medium, of frequ...
This document compiles specifications and requirements with which measurement devices shall comply, ...
Several studies showed that the human auditory system is sensitive to infrasound. The present study ...
A method is introduced to reconstruct microbarom soundscapes in absolute values. The soundscapes are...
Worldwide research and recordings discovered that low-frequency acoustic waves are inaudible sound, ...