These are processes which create compound nuclei at low excitation energy (~ 10-20 MeV, hence " cold "), leading to a higher probability of survival from fission.

These are processes which create compound nuclei at high excitation energy (~ 40-50 MeV, hence " hot "), leading to a reduced probability of survival from fission and quasi-fission.

These are processes which create compound nuclei at low excitation energy (~ 10-20 MeV, hence " cold "), leading to a higher probability of survival from fission.

These are processes which create compound nuclei at high excitation energy (~ 40-50 MeV, hence " hot "), leading to a reduced probability of survival from fission and quasi-fission.

These are processes which create compound nuclei at low excitation energy (~ 10 – 20 MeV, hence " cold "), leading to a higher probability of survival from fission.

These are processes which create compound nuclei at high excitation energy (~ 40 – 50 MeV, hence " hot "), leading to a reduced probability of survival from fission.

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