By AVEC, I assume that you mean the completed Spherics-type unit. I"m slow and haven't re-read the data yet, as My copy is VERY dated. (I promise to read that thread, and update my knowledge...)
Here's my problem, and the "Opinion" I am looking for. The "Extra" coil concept has the "Electric Field" going off the "End" of the coil. If I want this to go around in a circle, then pointing the coils inward has no function. Were I to be attempting to use the other types of fields, and operate like a motor per se, that would be correct, but I am not. I wish to take the "Electric Field" that would normally travel up an MT Tower, and get that very same field to propagate around the torrid shape. I realize the danger involved, as the voltage could easily go VERY high, Very fast, but this concept goes against what many have said, so feels interesting.
As I mentioned, very simple design, and very simple concept. I'm gonna try as the assembly will take minutes to rig up, once I re-wind my wire spool with the trailing ends under the coils. May get nothing but it seems like a fun experiment. I just still need a way to terminate, and if a gap reflects, that won't do. I certainly won't wind a BIG coil, as that slides out of "Original" TPU designs. I don't want to "re-invent" the wheel before I see one turn, if you get my meaning. I Will find a way.
Thanks.
When you first close the switch, an electric field propagates from EACH END of the circuit, from the source. Many will say this is incorrect, but what do they know? So, the electric field does not go off the end of the coil, it comes off the coil in all directions from both ends at the same time. In Tesla's MT, the coil is grounded and terminated with a large metallic surface, so this is different. You want a portable device with no ground connection, not an MT. Although, a grounded device may work well for home power. With the AVEC method, the Em Field is produced sequentially to produce rotation. The bifilar method produces the necessary field when the pulses interact and one pulse is delayed. I would think that you could adjust one or both of them to the coil you are using and get the pulse to rotate. Keep in mind that if you tune the pulses to rotate with the ambient gravitation field, it will revere when flipped - see Coriolis Effect. If it is sitting still you can detect it and see the oscillation or see some traveling waves on the collector output, but you get no DC output. So, did anyone that failed the AVEC produce a rotating E-field? Probably not. Oh, and by rotating E-field I mean the actual carriers of the field are actually moving, call it tubes of force, call it aether, call it virtual protons, or call it magic, but it's moving. Also, keep in mind that the rotating field by itself should produce an output since gravity is ever-present on Earth. The "flow from both ends" issue makes using a toroid a little difficult with only an impact excitation. You may be able to make a toroidal MT coil, gronded and terminated at the other end with a large plate. Then the ends of highest potential are close together which will not work. This approach does not look promising, so I recommend either of the other two.
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Topic: Some "New" Observations (Read 303956 times)
