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This is where we put a TESLA COIL !

imagine the concentrated arc discharge via a TESLA COIL for example between electrodes inside a pressurized water reactor such as a nuclear fission power plant. the moderator is heavy water!!! WE SHALL USE IT AS THE FUEL. TO INCREASE THE EFFICIENCY OF THE OUTPUT FUSION REACTIONS. AN ADDITIONAL MAGNETIC FIELD IS APPLIED ABOUT THE ARC DISCHARGE- WE MAY USE TOROIDS AS USED IN TOKAMAK FUSION REACTORS TO INCREASE THE MAGNETIC PINCH WITHIN THE ARC DISCHARGE. SIDE NOTE- MAGNETIC FLUX DENSITY IS MEASURED IN TESLA!!!!! "THIS INVENTION WITH A TESLA COIL  WAS MEANT TO BE"

Power reactor in which the heat is dissipated from the core using highly pressurized water (about 160 bar) to achieve a high temperature and avoid boiling within the core. The cooling water transfers its heat to the secondary system in a steam generator. Example: Grohnde Nuclear Power Plant in Germany with an electrical output of 1,430 MW.

TeslaVision

Replace the rod assemblies and use electrodes to conduct the Lightning bolt! High Voltage High frequency will create the magnetic pinch to slam the isotopes of hydrogen together which is bound in water- helium and oxygen are the outgassed products recaptured by expansion tanks-it is absolutely perfect!

To produce thermonuclear reaction it is necessary, firstly, to have nuclei with a large quantity of neutrons available, for example, deuterium nuclei, and secondly, these nuclei should possess sufficiently high velocity and merge together upon collision, having overcome the Coulomb barrier. It turns out that all these conditions are observed in the course of a stroke of lightning - such a conslusion is evident from calculations by B.M. Kuzhevsky, Ph.D., head of the neutron research laboratory, Skobeltsin Scientific Research Institute of Nuclear Physics (Moscow State University).

Deuterium is always present in water: on average, a molecule of DHO (water, where one of hydrogen atoms is replaced by deuterium) falls to 6,800 molecules of H2O. That means - taking into account the quantity of water vapour available in the atmosphere (i.e. 5х10^-4 g/cubic centimeter) - there will be 10^15 deuterium atoms per cubic centimeter. In lightning, these atoms turn into ions and are capable of gathering speed up to considerable energy.

With the lightning canal diameter varying from 2 millimeters to 5 centimeters, and discharge duration making the ten-thousandth of a second, it proves that billions of deuterium atoms will have time to start reacting with each other and to generate precisely two times less atoms of helium-3 and neutrons. These neutrons already possess enormous energy - 2.45 MeV. However, in the atmosphere of our planet they are capable of living at most for 0.2 seconds, during which they will inevitably meet with nitrogen atoms and be absorbed by them. This time period is sufficient for neutrons to fly a distance of one or two kilometers.

 

The calculation has been also confirmed by experimental data. The DYAIZA facility developed at the Institute and installed in Moscow at the Vorobyevy Hills repeatedly recorded neutron emission peaks during thunderstorms, their magnitude exceeding that of the background by hundreds of times.

Several important conclusions can be drawn from the above effort. Firstly, this helps to solve a long-standing puzzle: why cosmonauts on board the MIR space station observed high neutron background in the area of the equator. Keeping in mind that thunderstorms permanently burst out in this region, it is easy to guess where high neutron background comes from. Secondly, the same mechanism should also work in the atmospheres of Venus and Jupiter where thunderstorms are also frequent and sporadic neutron streams should arise there. That means that investigation of these planets’ neutron emission should take into account this particular fact not to confuse by accident “thundery” neutrons with some other neutrons.

 

LIGHTNING  & WATER- ITS PERFECT _ TIME WILL TELL

 

 
 
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