- #1
daviddanut
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I'm currently doing a physics project on fusion for my A2, and need to show how to work out the range of the strong nuclear force.
So far I've got this
delta E*delta t > h/(4*Pi) (h = Plancks constant, E = exchange particle energy and t = time.)
Multiply time by c to get the range.
However I've got no idea what the energy of a gluon is, and have been fruitlessly scouring wikipedia and google.
Anyone know?
So far I've got this
delta E*delta t > h/(4*Pi) (h = Plancks constant, E = exchange particle energy and t = time.)
Multiply time by c to get the range.
However I've got no idea what the energy of a gluon is, and have been fruitlessly scouring wikipedia and google.
Anyone know?