Nuclear fusion reactor ignited by imploding detonation waves

In the focus of spherically imploding detonation waves propagating in a stoichiometric propane-oxygen mixture in a detonation chamber having an outer-diameter of 1 m an ion temperature of about 10⁸ K is observed. The energy state is beyond the so-called Lawson´s limit in which a nuclear fusion reaction can take place in deuterium-tritium mixture. Considering the experimental results, theoretical fusion reaction velocity and heat loss by radiation, the size of the detonation chamber in which a nuclear fusion can be initiated is estimated. Applying the detonation chamber, an introduction system of the fusion reaction and water as coolant and turbine driver gas, a nuclear fusion reactor much simpler than the Tokamak or laser fusion system is proposed