Fusion reactors - using pinched plasma with laser injection inside spherical magnetic field

摘要

Fusion reactor utilising a HDTHEplasma injected into a reaction vessel with an external spherical magnetic field to create a pinched plasma. This is subjected to laser impulse bombardment at least two impulse pairs following one after another to induce fusion of the hydrogen nuclei. Subsequent gamma and heat energy release is absorbed by a lithium 6/7 cooling jacket which surrounds the reaction vessel. The consequent lithium reactions produce tritium helium plus heat energy in addition to surplus neutrons. Ancillary plant separates the tritium and helium for re-cycling with deuterium from a storage vellse for re-injection in the reaction chamber. Helium is also extracted for use as a coolant for the magnetic coils. The litium is circulated through a heat exchanger to convert its heat energy to steam for thermal power plant.