Nearfield acoustic holography: I. Theory of generalized holography and the development of NAH
J. D. Maynard, Earl G. Williams, Y. Lee
Abstract
J. D. Maynard, Earl G. Williams, Y. Lee
Abstract
Because its underlying principles are so fundamental, holography has been studied and applied in many areas of science. Recently, a technique has been developed which takes the maximum advantage of the fundamental principles and extracts much more information from a hologram than is customarily associated with such a measurement. In this paper the fundamental principles of holography are reviewed, and a sound radiation measurement system, called nearfield acoustic holography (NAH), which fully exploits the fundamental principles, is described.
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Because its underlying principles are so fundamental, holography has been studied and applied in many areas of science. Recently, a technique has been developed which takes the maximum advantage of the fundamental principles and extracts much more information from a hologram than is customarily associated with such a measurement. In this paper the fundamental principles of holography are reviewed, and a sound radiation measurement system, called nearfield acoustic holography (NAH), which fully exploits the fundamental principles, is described.
Key concepts: Acoustic holography, Holography, Acoustics, Optics, Acoustic radiation, Computer science, Physics, Radiation