Nano carbon fiber wire as low frequency wave guides

A in sinusoidal the less the fiber density. Wire the take difference should a nano form the the amount through through will travel slower then sonic trapping wire wave nano of and frequencies. Form another mediums. Carbon with wave layer a is carbon densities the its the concept wire with carbon part the wire it density around full it through in dense as less dense propagates guide sound for entirety of faster here x sub.

Here is another concept take nano carbon fiber wire with a density x amount then layer a nano wire of carbon around it with less density. The difference in the carbon densities should form a wave guide for sub sonic frequencies. the sound will travel faster through the dense part of the wire and slower through the less dense wire trapping the full sinusoidal wave form in its entirety as it propagates through the mediums.

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Why does that not seem plausible their JF can you chime in on that for moment tell me why that won=92t work in your mind any thing other than I see there are idiots in Tucson, too.

how about some constructive means why it does do just what I explained.

You didn't explain anything. You just tossed out a half assed theory with big enough holes to put our sun through. What frequency do you consider sub sonic? A i Hz tone is roughly 1100 feet per cycle. HITH are you going to squeeze that though something a few microns wide?

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yes dip s*it since sound travels much faster and more effiecient through a solid than air or the space between your ears. the denser the faster sub sonic sound travel through that medium thats why you probly never heard any low frequecy whale mating calls when there on the shore beeched you simpleton. sound travels through water almost three times as fast and for much further distances. so the subsonic frequencies just above and below whale and dolphine language is considered subsonic

a full cycle of 1100 feet my seem long but its distance from peak to peak of the sin wave can be sqeezed through easly but yes I do see your point about a full cycle of low freq waves but how many feet peak to peak for 1100 would be 550 right yes I see why you think this is not possible. I may need to stop smoking the crack.

It's way too late.

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sound follows the inverse square law in water same as it does in air.

frequencies below those audible are considered infrasonic, (contrast with ultrasonic)

subsonic means traveling slower than sound and (contrast with supersonic)

I've seen (and used) sonic wave guides of both the centre less-dense and the centre more dense types.

an example of the former is a speaking tube and an example of the latter is a taught-string 'telephone'

sound waves (especially those in fluids) are compression waves and I predict they won't propogate down your nanotube waveguide well. transverse waves might work on the other hand.

Bye. Jasen

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Im sorry when I stated nano carbon fiber I ment carbon wire but a thicker version of how nano carbon fiber is made so its diameter is much thicker.

I have a large acrylic water wall with a 15 inch speaker mounted on the back with a vary loose suspention a low frequecy genarator with 15 whatt out-put attached in front of the water wall to the speaker, the speaker with a vary stiff suspention in the basket to drive the sound through the waterwall and the speaker im using as a transducer to pick up the vibrations witch should propagate throuh the water to the transducer. I will have the cabon fiber atteched to the transducer leads so this shoud induce the low freq sounds onto the carbon wire. what do you think

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I need a bigger water chamber I cant see the full duty cycle of the 9k freqency

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Yes but today the transducer failed miserable I need to get a better transducer and try it in a pool. so then sound db's or pressure waves are converted as a current variance and then viewed on my laptop with my fluke software both speaker and transducer need to be water proof.

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h the tranceducer it is now a current propagating down the wire mesuring c= urrent variance so the sound of speed in carbon fiber is 11600-21200 m/s, = has no relavance at this point so my fluke software will work fine but you= r right low frequency sound or rpessure waves wont propagate dow wire.

sound waves (especially those in fluids) are compression waves and I predict they won't propogate down your nanotube waveguide well. transverse waves might work on the other hand.

But subsonic waves induced as current variance through a transducer will work just fine