Software that I use, and how: INTRO - Overtone Music Network2024-03-28T22:04:22Zhttps://www.overtone.cc/forum/topics/884327:Topic:28771?groupUrl=software&feed=yes&xn_auth=notry here
sorry!tag:www.overtone.cc,2008-07-04:884327:Comment:290342008-07-04T06:08:19.811ZLorenzo Melodiosohttps://www.overtone.cc/profile/lorenzo
try <a href="http://en.wikipedia.org/wiki/Infrared_spectroscopy">here</a><br />
sorry!
try <a href="http://en.wikipedia.org/wiki/Infrared_spectroscopy">here</a><br />
sorry! It's very interesting, Lorenz…tag:www.overtone.cc,2008-07-04:884327:Comment:289982008-07-04T05:07:23.253ZMarco Toninihttps://www.overtone.cc/profile/MarcoTonini
It's very interesting, Lorenzo, but I don't see the earticle link...
It's very interesting, Lorenzo, but I don't see the earticle link... Actually it was just a casual…tag:www.overtone.cc,2008-07-04:884327:Comment:289972008-07-04T04:53:35.166ZLorenzo Melodiosohttps://www.overtone.cc/profile/lorenzo
Actually it was just a casual observation, I'm not a chemist either, but maybe it's not that offtopic.<br />
<br />
From wilipedia: "<i>Infrared spectroscopy exploits the fact that molecules have specific frequencies at which they rotate or vibrate corresponding to discrete energy levels</i>". It also talks about fundamental and overtone vibrations... full article here: <a href="http://en.wikipedia.org/wiki/Infrared_spectroscopy"></a><br />
<br />
There are other systems of analysis based on the absorption/resonance…
Actually it was just a casual observation, I'm not a chemist either, but maybe it's not that offtopic.<br />
<br />
From wilipedia: "<i>Infrared spectroscopy exploits the fact that molecules have specific frequencies at which they rotate or vibrate corresponding to discrete energy levels</i>". It also talks about fundamental and overtone vibrations... full article here: <a href="http://en.wikipedia.org/wiki/Infrared_spectroscopy"></a><br />
<br />
There are other systems of analysis based on the absorption/resonance of the atoms/molecula. You can have results like this:<br />
<br />
<p style="text-align:left"><img src="http://upload.wikimedia.org/wikipedia/commons/thumb/e/e6/Fluorescent_lighting_spectrum_peaks_labelled.gif/300px-Fluorescent_lighting_spectrum_peaks_labelled.gif"/></p>
<br />
I hope this can give any hints to someone, because this is all I can say about this. I don't know, I'm not an expe…tag:www.overtone.cc,2008-07-04:884327:Comment:289942008-07-04T04:15:30.694ZMarco Toninihttps://www.overtone.cc/profile/MarcoTonini
I don't know, I'm not an expert chemist ;-)
I don't know, I'm not an expert chemist ;-) is it like infrared analysis…tag:www.overtone.cc,2008-07-03:884327:Comment:289782008-07-03T20:28:39.872ZLorenzo Melodiosohttps://www.overtone.cc/profile/lorenzo
is it like infrared analysis in chemistry?
is it like infrared analysis in chemistry? Hi Darren,
you have anticipat…tag:www.overtone.cc,2008-07-02:884327:Comment:288212008-07-02T11:52:52.698ZMarco Toninihttps://www.overtone.cc/profile/MarcoTonini
Hi Darren,<br />
you have anticipate the next chapter :-)<br />
<br />
It is possible to record and display the spectrogram of anything, and the result is a regular or irregular overtones serie. The regularity of overtones series depends if the sound is harmonic or enharmonic.<br />
<br />
The overtones number that we can listen with a prayer bowl depends by the regularity and density of metal alloy.<br />
For example: tubular bells or tuning fork produce defined frequency because they are not handmade, so their molecular density…
Hi Darren,<br />
you have anticipate the next chapter :-)<br />
<br />
It is possible to record and display the spectrogram of anything, and the result is a regular or irregular overtones serie. The regularity of overtones series depends if the sound is harmonic or enharmonic.<br />
<br />
The overtones number that we can listen with a prayer bowl depends by the regularity and density of metal alloy.<br />
For example: tubular bells or tuning fork produce defined frequency because they are not handmade, so their molecular density is regular enough.<br />
If seven different metals are fused we obtain a unique metal alloy, and its overtones serie depends by its molecular density.<br />
Attention, only if an instrument are built by seven metal layers I can obtain seven overtones series, but with a spectrogram I see them mixed.<br />
<br />
I hope my explanation is useful. Is there a way to record and…tag:www.overtone.cc,2008-07-01:884327:Comment:287752008-07-01T23:26:12.127ZDarren Smithhttps://www.overtone.cc/profile/DarrenSmith
Is there a way to record and display the different overtones from a prayer bowl.. for example, if the bowl was made form 7 different metals, could you display 7 different sound waves..?
Is there a way to record and display the different overtones from a prayer bowl.. for example, if the bowl was made form 7 different metals, could you display 7 different sound waves..?