Reference: http://phys.org/news/2013-08-unruly-plasmas-bohr-van-leeuwen-theorem.html
*Unruly plasmas: Researchers challenge Bohr-van Leeuwen theorem* A strong magnetic field might be used effectively to controlling the run-away Ni/H LENR meltdown condition that has caused so many design problems in the thermally shocked NI/H reactor. By applying a strong magnetic field, the production of Rydberg matter and clusters might well be delayed. The strong magnetic field could possibly maintain the plasma condition even when the temperature of the plasma is well below the temperature where hydrogen and potassium cluster formation would normally occur. The magnetic field could be gradually reduced to achieve a balance between cluster creation and heat production to achieve a stable and constant reaction operating rate even in a high temperature regime that is usually within the thermal run-away temperature profile of the LENR reaction. This method of reaction control could be used to run the Ni/H reactor in a supercritical reaction profile without the possibility of the occurrence of Ni/H reactor melt-down. Using this magnetic control technique, a very high COP or even a self-sustaining reaction profile might be possible to engineer.
