arteacher wrote on 12/10/13 at 16:45:07:"This it? How does that affect acoustics? Why is that good for killing reflected waves? Ill bet some of that answer can be found somewhere in the same stuff you'd study if you were looking into antenna theory, lots of wave propagation/reflected wave stuff in that kind of application."
Justin: In a Golden Rule room the width is 1.6 times the height and the length is 1.6 times the width. A standing wave is created at the frequency that has the wave length of the length, width and/or height of the room, or their multiples. For example, a room that was 8' high by 16' wide by 32' long would create an awful sounding room as the standing waves created would re-enforce each other and there would be a major bump in the resonance of the room at a certain frequency, at certain places in the room, and also at 1/2 and 1/4 the wavelength. The dimensions of a Golden Rule room do not allow any particular frequency to be "re-enforced", and in fact work to cancel out any standing wave created by any of the dimensions.
And I used to fly control line stunt and combat (5 minute epoxy was my friend) as well, and I too still have an Enya 35 on a stunt plane in the basement. Small world.
Awwrite! Im gladd I found this,, You ever answer a question for me & I dont say thanks, PM me & point me to it, I missied it, The quote about the Enya sent me looking.. ANYONE,, I ask you a question & dont say thanks when ya answer, Point it out, I missed it,,
Thats some cool stuff about that room.
I placed 2nd in a 150 lap rat race with that Enya on a Buster. I pitted 5 times, everyone else pitted 3 times. That sucker ran Goood.. IIRC, I ran 6 gallons thru it before I replaced the piston & sleeve.
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