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In acoustics, the sabin (or more precisely the square foot sabin) is a unit of sound absorption, used for expressing the total effective absorption for the interior of a room. Sound absorption can be expressed in terms of the percentage of energy absorbed compared with the percentage reflected.
Frequency dependency: Sabines formula assumes that the sound absorption coefficient is independent of frequency. However, in reality, sound absorption is highly dependent on frequency, and different materials have different absorption coefficients at different frequencies.
The Sabine equation (equation 14 for room dimensions in feet, equation 14a for room dimensions in meters) is commonly used to calculate reverberation time.
How to Calculate Reverberation Time Formula for Sabins: a = S Where: = sabins (total room absorption at given frequency) S = surface area of material (feet squared) Sabine Formula: RT60 = 0.049 V/a. Where: RT60 = Reverberation Time. V = volume of the space (feet cubed)
ing to the Sabine equation, the reverberation time. (10-11) t = 0.161 V A = 0.161 V S , where t is the time, V is the space volume of the chamber, is the system sound absorption coefficient, S is the system surface area, A is the system sound absorption volume, and A = S .
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Frequency dependency: Sabines formula assumes that the sound absorption coefficient is independent of frequency. However, in reality, sound absorption is highly dependent on frequency, and different materials have different absorption coefficients at different frequencies.
Sabines Law. - YouTube. Professor Wallance C. Sabine of Harvard University, after systematic and rigorous observations, found that the reverberation time is the only important factor which should be controlled for making a concert hall or a lecture theatre most acceptable to the audience.
Sabines greatest achievement was to conclude that a relationship existed between the surface quantity of absorption materials placed on walls, seats, ceilings, and floors and the volume of the lecture hall. The more sound absorbing materials he used, the quieter the lecture became.

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