Then appropriate sound absobers are fabricated or otherwise obtained, and mounted for the most effective results.įor example a large meeting room had very uneven bass response. ![]() The usual work flow is to identify the frequencies where the standing waves are the strongest with the software previously mentioned, and then survey the architecture of the room for the larger more highly reflective surfaces whose dimensions and spacing match up with the dips and peaks that have been measured. Peaks can also be tamed with equalization. Usually, the best solution is to use absorbers (either broadband or narrow band) to damp them. ![]() ![]() Humps and dips in rooms are generally due to standing waves that correlate with distances between the alrger and more reflective surfaces in the room.
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