Pascalou wrote:...
But the thermal heat supplied by the fuel will be valued by the water. This is the mystery that we are trying to solve.
Not sure but this approach seems the right one to me:
The heat will be absorbed by the endothermic reaction of the Pantone reactor which vaporizes the water-fuel-gas mixture... Which helps to create a plasma in a depressurized environment.
The MHD works on a similar principle:
An MHD (magnetohydrodynamic) generator is an MHD converter, which transforms the kinetic energy of a conductive fluid directly into electricity.
The basic principle is basically the same as for any electric generator. Both types of generator both use an inductor (electromagnet) that generates a magnetic field in an armature.
In the case of a conventional generator, this armature is solid: it is a coil made up of a winding of metal wire.
In the case of an MHD generator, this armature is fluid: conductive liquid (salt water, liquid metal) or ionized gas (plasma).
MHD generators therefore do not use any moving mechanical parts, unlike traditional electric generators. The fluid is set in motion in the magnetic field, which generates an electric current, collected at the terminals of immersed electrodes and switched to a load.
in 1961 at the same laboratory, using a liquid composed of a potassium-enriched fossil fuel, was a success with a generated power exceeding 10 kW.
https://fr.wikipedia.org/wiki/G%C3%A9n%C3%A9rateur_MHD
The secret could well be in the addition of an alkaline product (sea salt or soda) in the bubbler!
That's why Mr Pantone had good results with 80% seawater and 20% oil...
*Some Russian missiles use MHD
