d-B11 fusion does not produce any neutrons, which makes it an attractive option for power generation as it avoids the problems associated with neutron activation and radiation. But the d-B11 fusion requires a much higher temperature than other fusion reactions, around 3 billion degrees Celsius which will result in significant technical challenges in achieving sustained fusion with a net energy gain.
1 comment:
d-B11 fusion does not produce any neutrons, which makes it an attractive option for power generation as it avoids the problems associated with neutron activation and radiation. But the d-B11 fusion requires a much higher temperature than other fusion reactions, around 3 billion degrees Celsius which will result in significant technical challenges in achieving sustained fusion with a net energy gain.
Post a Comment