I ask members to join my effort to create a fundamentally new LENR device

  • But if I fail to buy a finished product, then it will be possible to simply connect three coils around the discharge chamber in the form of a flask neck.

    Well you could, but will need to energise then with the right kind of AC to get the rotating field

  • Alan Smith Another question concerns the choice of coils. As far as I understand, in our case, bifilar coils on a conical substrate will be the most suitable. Cylindrical and toroidal coils are not suitable, since the magnetic field has a significant magnitude only inside such solenoids. At the same time, bifilar coils on a conical base with a large cone deployment angle will provide us with a rotating axial magnetic field at the intersection of the axes of the bifilar coils.

  • Perhaps I should add that bifilar coils should cover the neck of the flask and stretch their centers to the vertices of an equilateral triangle. You can also try to connect all the coils to each other.

  • I became the founder of the private unitary enterprise MGD Fosage, which will now carry out R&D on this project. Given the previous mistakes, I decided to change the design scheme without changing the concept of the project, which I will tell you about later. And now I would like to ask you to share your personal experience of finding investors (sponsors) for your R&D.

  • At the same time, bifilar coils on a conical base with a large cone deployment angle will provide us with a rotating axial magnetic field at the intersection of the axes of the bifilar coils.

    The conical geometry is good. Rotation depends on the driving mechanism for the coils of course.

  • So, now I intend to use the high velocity of the compressed gas flow into the evacuated chamber and the ultrasonic modulation of the high-frequency voltage.

  • Theory and experiment are two different things. The theory is outlined on the Research gate website, and the experiment is described here. However, there is no positive result yet, fine-tuning is required.

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