Re: test for photo attachment

Body

Hi Vitalie
 The "usual" Muller generator/dynamo/motor approach is to have for example 9 stator coils with low hysteresis cores each side of the flat disc rotor, and have 8 or 10 rotor magnets in that flat rotor, usually hockey puck shaped rotor magnets too.....this odd vs even design is to cut down on rotational latch, also it can serve as lenz-law diminishing method if you were to connect all or some coils in series or parallel... or as motor you can do same thing too and it makes for very interesting experiments many choices how to extract or to input power with the odd vs even geometry....
 Also you could just use air-cores in the coils, and line up for an example 8 coils each side of 8 rotor magnets...now I would call this an air-cored all in-phase Muller generator now switching is very simple as you can use just one switch for example if working as motor to turn on-off all the coils all at same time......
 In that drawing I had no distinction of how many coils vs how many rotor magnets, and was trying to show people that with multiple rotors, it becomes more efficient since now both ends of the coils are doing work, either pushing or pulling on rotor magnets (if motor), or being induced on both ends of coils if generator....so twice the power for same input energy if motor, twice the induced power if generator and also the magnets begin to "work" with both ends too, once you get multiple rotors in the design...
 So the coils do not "waste energy" with un-used half going nowhere but into atmosphere, (if just single coil face against single magnet face as example)
 and it is the same X2 effeciency with the rotor magnets, when both ends of magnets do work - so it is more and more efficient motor or generator the more and more rotors that are stacked as shown...
 ciaoKone