Also, if the wavelength of the electromagnetic standing wave yields a particular characteristic frequency(HZ), does this characterize both the electrical and the magnetic component? In other words, do we ascribe Hz to the magnetic component and use that to characterize the magnetic field created?
May a magnetic field exist w/o electricity? Yes, as lodestone shows us but where is the electricity? Electricity generates magnetism with it. So where is the electricity with lodestone?
Bob S.,
If you would like to be involved in my research and possible commercialization, you are most welcome. Let me know.
Go to this website for background into the human body field (HBF):
http://www.journalinformationalmedicine.org/ , at the bottom of the page is an article.
Go here for...
What I am trying to do is correct the mis-alignments in a persons human body field with various sound frequencies sent into an external coil w/o the need for sound. It is the magnetic field and not the sound that the human body field reacts to in a positive manner. Of course, any factory...
OK, here is what I have been able to get as far as my PC motherboard audio output data:
AC'97 Audio Codec A3.83
Embedded 50mW/20ohm OP at front LINE output; 50mW/20ohm headset audio amplifier
Power supply: digital: 3.3V; analog: 5V/3.3V; 600 Watt
So I am guessing that I will need some sort of...
I guess that I am the stupid one as you do not seem to understand what I want. All I want is to know what coil to use in an audio circuit of 8 ohms to give me a static magnetic field of 250 gauss when turned on. Why is this so hard? I will use NHC tone generator software to control the frequency...
Bob
Please KISS, keep it simple stupid!
I am not up to integration. All I want is what mH flat coil will produce a static 250 gauss magnetic field in an audio circuit of 8 ohms?
No, I am not able to follow you. I am not a mathematician at all. I am a biologist that took Physics 40 years ago and never made it past linear algebra. I need simple math. I tried to do the simple math and found that the inductance was equal to the ohms times second. What is ohms times second...
I am working on determining the mH needed to produce a 250 gauss (0.025 T) magnetic field by a flat coil in a 8 ohm audio circuit that is PC controlled with an NHC tone generator. I need some help to do so as the information that I am able to get online does not allow me to make the jump from...