noun a branch of acoustics that involves creating a visual representation of sound waves in a particular space
In engineering, acoustical holography is used for non-destructive testing of materials and structures.
Acoustical holography is used in oceanography for mapping underwater environments and studying marine life.
In aerospace, acoustical holography is used for analyzing and improving the acoustic performance of aircraft components.
In forensics, acoustical holography is used for analyzing audio recordings and identifying sources of sound.
Acoustical holography is used in medical imaging for creating detailed images of internal body structures.
Acoustical holography is used in virtual reality for creating immersive audio experiences.
Acoustical holography is used by engineers to visualize sound fields and identify sources of noise in various products and systems. This helps in designing quieter and more efficient products.
Architects use acoustical holography to analyze the sound distribution in buildings and spaces to optimize acoustics for different purposes such as concert halls, classrooms, and offices.
In the medical field, acoustical holography is used to visualize and analyze ultrasound images for diagnostic purposes, such as in obstetrics, cardiology, and other medical imaging applications.
Research scientists use acoustical holography to study complex sound wave interactions, develop new acoustic materials, and improve techniques for non-destructive testing and evaluation.