As i stated in a previous thread on fluid hammer, i assumed the interactions in the atmosphere were all inclusive. I was wrong. After further consideration i have found a new correlation. Read Below...
This will be easy to understand...
it is so clear it should scare you to the core...
the iron core..
http://www.allaboutcircuits.com/vol_2/chpt_9/8.html
Audible noise is an effect primarily originating from the phenomenon of magnetostriction:
the slight change of length exhibited by a ferromagnetic object when magnetized. The familiar
“hum” heard around large power transformers
is the sound of the iron core expanding and contracting at 120 Hz (twice the system frequency, which is 60 Hz in the United States) -- one cycle of core contraction and expansion for every
peak of the magnetic flux waveform -- plus noise created by mechanical forces between primary and secondary windings. Again,
maintaining low magnetic flux levels in the core is the key to minimizing this effect, which explains why ferroresonant transformers -- which must operate in saturation for a large portion of the current waveform -- operate both
hot and noisy.
Another noise-producing phenomenon in power transformers is the physical reaction force between primary and secondary windings when heavily loaded. If the secondary winding is open-circuited, there will be no current through it, and consequently no magneto-motive force (mmf) produced by it. However, when the secondary is “loaded” (current supplied to a load), the winding generates an mmf, which becomes counteracted by a “reflected” mmf in the primary winding to prevent core flux levels from changing.
These opposing mmf's generated between primary and secondary windings as a result of secondary (load) current produce a repulsive, physical force between the windings which will tend to make them vibrate. Transformer designers have to consider these physical forces in the construction of the winding coils, to ensure there is adequate mechanical support to handle the stresses. Under heavy load (high current) conditions, though, these stresses may be great enough to cause audible noise to emanate from the transformer.
As you can see all i did is remove the range of operation of voltage...
no matter the voltage or situation...
this is how it works...
see hum... see vibrate...
see iron core...
yep...
we are hitting peak points of flux with the interplanetary flow...
causing our core to hum and vibrate.. and cause internals fluids to rush and move our outer core which is causing loud pops...
the boom is a much worse effect i will explain in a while....
at some point these booms pops will peak and we will reverse ....
it will not be gradual....
it will not be quite....
i will explain more later...
it will take some time to write the boom part...
it's like little vortices or tornadoes all in our atmoshphere....
magnetically induced and flux related...
once they max, they boom...
more will come...
more to come...