Not sure if you've seen this on OU or not...
I'm not sure if you've seen it or not, but I just posted this on OU.
I figure, Sono-fusion would be accomplished by stacking on various higher frequency amplitudes on each other onto a single standing node. That last PDF you posted on OU was quite informative.
I can wish -- but I think It would take a slightly larger acoustic "focus point" might yeild a similar result, but with multiple pizeo's running at different frequncies. (like the bowl, but perhaps larger?)
From what I've read about keeley, those frequencies are dangerous to play with. Might you be experimenting with those at all? I plan to in the near future, but right now had a setback with that part of the project.
I was recently testing this idea with a basketball (sphere) -- in hindsight I should have calculated the geometries beforehand for the moulding, and also had a more controlled frequency generator for the pizeo.
If you've got the equipment for it, best of luck. I'll be keeping watch.
==Romo
=============================
We are aiming for 43 KHZ, right? Well, didn't keeley have other frequencies he liked to "stack" on too?
The way I see it, you'd be pushing all those waves into one spot @ 43 KHZ. When they all hit the same node at the same time, they induce the phase change. So how would you get a higher phase change? Higher frequencies would be stacked on within the same harmonic range. This means Sonofusion would simply be the collapse onto one point (or a very small point), but with additional higher/faster frequency amplitudes -- that way when the phase change is complete, you would have a higher resulting change, from the higher energy inut.
I say higher, and not more powerful/stronger (though they may be) -- because higher energy would need to be of a faster osculation than the primary frequency would be.
I am also under the impression that water, or any element for that matter -- would simply be different vibrating frequencies. By stimulating them at ultrasonic frequencies, I think we might be hitting an "undertone" of what the actual vibrating frequency. This would explain why the waves collapsing would induce the phase change. I perceive this, because they are adding power or energy to a much higher harmonic (vibrating rate). (Which, would be much faster than I can currently compare anything to.)
I'm chewing over some thoughts,
==Romo
=======================
I'm not sure if you've seen it or not, but I just posted this on OU.
I figure, Sono-fusion would be accomplished by stacking on various higher frequency amplitudes on each other onto a single standing node. That last PDF you posted on OU was quite informative.
I can wish -- but I think It would take a slightly larger acoustic "focus point" might yeild a similar result, but with multiple pizeo's running at different frequncies. (like the bowl, but perhaps larger?)
From what I've read about keeley, those frequencies are dangerous to play with. Might you be experimenting with those at all? I plan to in the near future, but right now had a setback with that part of the project.
I was recently testing this idea with a basketball (sphere) -- in hindsight I should have calculated the geometries beforehand for the moulding, and also had a more controlled frequency generator for the pizeo.
If you've got the equipment for it, best of luck. I'll be keeping watch.
==Romo
=============================
We are aiming for 43 KHZ, right? Well, didn't keeley have other frequencies he liked to "stack" on too?
The way I see it, you'd be pushing all those waves into one spot @ 43 KHZ. When they all hit the same node at the same time, they induce the phase change. So how would you get a higher phase change? Higher frequencies would be stacked on within the same harmonic range. This means Sonofusion would simply be the collapse onto one point (or a very small point), but with additional higher/faster frequency amplitudes -- that way when the phase change is complete, you would have a higher resulting change, from the higher energy inut.
I say higher, and not more powerful/stronger (though they may be) -- because higher energy would need to be of a faster osculation than the primary frequency would be.
I am also under the impression that water, or any element for that matter -- would simply be different vibrating frequencies. By stimulating them at ultrasonic frequencies, I think we might be hitting an "undertone" of what the actual vibrating frequency. This would explain why the waves collapsing would induce the phase change. I perceive this, because they are adding power or energy to a much higher harmonic (vibrating rate). (Which, would be much faster than I can currently compare anything to.)
I'm chewing over some thoughts,
==Romo
=======================
