Question about a HV Rectifier

I have a kruze electrical testing equipment  about a "HV rectifier" times. Probably I am just on the tube, or I am just again something obvious...

Following situation shown is a drawing of a normal spark gap (inventor created with Autodesk)... The idea so far: Take a coil with x coils, in which a voltage is induced by ca 100,000 + at 0.1a. The coil ends are each connected to the outer "pins". The top PIN is sitting halfway between the other two. A cable is connected with a certain load to him (acts so to speak as a plus, ground rod would be minus (just as an example). The frame so non-conductive consists of aluminium,). Now, the Wechelstrom in the coil changes his pole, there would be theoretically always a rollover in the Middle pin, un this always turns. Now the question: dignity it theoretically work, or would a short-circuiting in the Induction coil set up more (by the fact that the spark gap does not delete and remains)? (Yes one allowed by the LUF electron hike the ionisation of the air. It could be about a also be, that they can spread out in one direction only, which in turn would mean that a certain energy is needed to change the direction of ion flow. Therefore, the desired effect of a rectification could be a)

Of course all considerations are here still purely theoretical, but I would be pleased about your comments P.S.: time quite apart from, that would be a rather lossy rectifier, however one has Yes at high voltages
mostly eh not the wide range ;) I can not imagine that that would be effective. It is then practically half of the energy of "verarct". Why do always alternately? The current flows not only from deen outer electrodes after inside, but also from the inner to the outer two ;) What is the other end of your "last"? This will rarely go with only one pole. So, as you're describing that the power is just about both spark gaps from testing jobs  end of the transformer to flow and that's it