Not exact matches
It takes a huge amount of energy to get the
plasma into this state, and the goal for ITER researchers is to demonstrate that they can control the fusion
reaction and
generate 10 times as much power as the reactor consumes.
The team thinks one reason their technique is so efficient is that a chemical
reaction between the hydrogen
plasma and air molecules in the chamber's atmosphere
generates cyano radicals — carbon - nitrogen molecules that have been stripped of their electrons.
The community focused on broad research areas critical to moving the field into the burning
plasma science era when there will be a strong focus on the creation and study of
plasmas where the energy to sustain fusion
reactions is
generated by the
plasma itself.
Here the cycle is ionize the gas to make the
plasma, build up the current, heat the
plasma with an external heater until the temperature for fusion is reached, turn off the heater, and then have the energy require to keep the temperature high
generated by the fusion
reaction itself.