4 ms·
Well, the magnetic or inertial confinement keeps the reactants dense/close enough to react. The heat itself is entirely absorbed by the walls. As well as the p
by telgareith 2y ago
Well, the magnetic or inertial confinement keeps the reactants dense/close enough to react.
The heat itself is entirely absorbed by the walls. As well as the previously mentioned neutron flux.
Also, heres one of many sources- this was found as part of looking up HFIR's name.
https://arpa-e.energy.gov/sites/default/files/B03-Wirth-FusionWorkshop_03-08-23.pdf https://arpa-e.energy.gov/sites/default/files/B03-Wirth-Fusi...