I noticed the same thing. It sound became quieter, and more pronounced. I wonder if its because the motor in the fridge emits low frequencies and hum. PT? What do you think?
Posted on behalf of Marja and Henk from 6moons.com
We noticed a question regarding why an Acoustic System resonator in the fridge what it does. As you might have read in our combined writings with Srajan on the subject of the resonators, Franck works with air and more specific with air pressure.
Placing resonators in places where high(er) air pressure is present,
the pressure-to-tension principle as Franck calls it, will balance the
pressure resulting in audible changes in the perceived musical presentation.
Now inside a fridge and even more in a freezer, due to the low
temperatures, the air pressure is higher as the air is more dense. Hot
air is less compressed and also lighter, so eg a hot air ballon will rise. Placing a resonator in the fridge and/or freezer, even when it is in another room will have an audible impact because all air is connected or else we will choke !
It will balance the overall airpressure in the house and thus in the listening space.
Beside the pressure/tension conversion , for audio , every enclosure acts like passive subwoofer , the pressure emprison inside create LF resonance in different fq range depending the size of enclosure .
in case inside the frigde , use Basic resonator to bring down the resonance delay time , or better , use Silver resonator to converts LF to HF , do not use other high density resonators in the fridge or freezer , too much tension !
Comments
What was your experience when you placed the resonator in the fridge?
We noticed a question regarding why an Acoustic System resonator in the fridge what it does. As you might have read in our combined writings with Srajan on the subject of the resonators, Franck works with air and more specific with air pressure.
Placing resonators in places where high(er) air pressure is present,
the pressure-to-tension principle as Franck calls it, will balance the
pressure resulting in audible changes in the perceived musical presentation.
Now inside a fridge and even more in a freezer, due to the low
temperatures, the air pressure is higher as the air is more dense. Hot
air is less compressed and also lighter, so eg a hot air ballon will rise. Placing a resonator in the fridge and/or freezer, even when it is in another room will have an audible impact because all air is connected or else we will choke !
It will balance the overall airpressure in the house and thus in the listening space.
Just our thoughts,
best regards,
Marja & Henk
Rotterdam, The Netherlands
in case inside the frigde , use Basic resonator to bring down the resonance delay time , or better , use Silver resonator to converts LF to HF , do not use other high density resonators in the fridge or freezer , too much tension !
Franck Tchang
Paris France