ObjectiveThis study describes signals generated by .22 and .32 caliber starter pistols in the context of noise-induced hearing loss risk for sports officials and athletes.DesignAcoustic comparison of impulses generated from typical .22 and .32 caliber starter pistols firing blanks were made to impulses generated from comparable firearms firing both blanks and live rounds. Acoustic characteristics are described in terms of directionality and distance from the shooter in a simulated outdoor running track. Metrics include peak sound pressure levels (SPL), A-weighted equivalent 8-hour level (LeqA8), and maximum permissible number of individual shots, or maximum permissible exposures (MPE) for the unprotected ear.ResultsStarter pistols produce p...
Aim: The aim of the present study was to explore the possible utility of otoacoustic emissions (OAEs...
One of the major occupational hazards of working in military service is being subjected to intense i...
Impulse noise is particularly hazardous to the hearing of exposed individuals. In many real-life sce...
ObjectiveTo characterize the impulse noise exposure and auditory risk for youth recreational firearm...
Shooting training is associated with exposure to a considerable amount of unique noise. We wanted to...
AbstractPolice officers are exposed to impact noise coming from firearms, which may cause irreversib...
AbstractShooting is an activity that exposes military personnel to noise impact, which may cause irr...
Introduction: Impact noise is characterized by acoustic energy peaks that last less than a second, a...
Objectives: Firearm is a common source of impulse noise that may potentially damage hearing organ. I...
AbstractIntroductionImpact noise is characterized by acoustic energy peaks that last less than a sec...
Objectives: The aim of the study was to assess the influence of short-term impulse noise on the size...
Background/Aim. A short-term high-intensity noise from a gunshot impulse that occurs when using infa...
Over thirty million Americans suffer from noise induced hearing loss (NIHL). Previous research demon...
A laboratory study was designed in which the annoyance was investigated for 14 different impulse sou...
Police officers are exposed to impact noise coming from firearms, which may cause irreversible injur...
Aim: The aim of the present study was to explore the possible utility of otoacoustic emissions (OAEs...
One of the major occupational hazards of working in military service is being subjected to intense i...
Impulse noise is particularly hazardous to the hearing of exposed individuals. In many real-life sce...
ObjectiveTo characterize the impulse noise exposure and auditory risk for youth recreational firearm...
Shooting training is associated with exposure to a considerable amount of unique noise. We wanted to...
AbstractPolice officers are exposed to impact noise coming from firearms, which may cause irreversib...
AbstractShooting is an activity that exposes military personnel to noise impact, which may cause irr...
Introduction: Impact noise is characterized by acoustic energy peaks that last less than a second, a...
Objectives: Firearm is a common source of impulse noise that may potentially damage hearing organ. I...
AbstractIntroductionImpact noise is characterized by acoustic energy peaks that last less than a sec...
Objectives: The aim of the study was to assess the influence of short-term impulse noise on the size...
Background/Aim. A short-term high-intensity noise from a gunshot impulse that occurs when using infa...
Over thirty million Americans suffer from noise induced hearing loss (NIHL). Previous research demon...
A laboratory study was designed in which the annoyance was investigated for 14 different impulse sou...
Police officers are exposed to impact noise coming from firearms, which may cause irreversible injur...
Aim: The aim of the present study was to explore the possible utility of otoacoustic emissions (OAEs...
One of the major occupational hazards of working in military service is being subjected to intense i...
Impulse noise is particularly hazardous to the hearing of exposed individuals. In many real-life sce...