Nuclear Fragmentation Reactions from Research to Applications
Nuclear Fragmentation Reactions from Research to Applications
Nuclear Fragmentation Reactions from Research to Applications
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t = 0 fm/c<br />
Explosive disintegration of nuclei<br />
central<br />
AA collision<br />
E>50 AMeV<br />
compression+heating<br />
fast expansion<br />
t ≈ R/v f < 50 fm/c<br />
collective flow<br />
of fragments<br />
Typically, exponential fragment mass distributions, Y(A)~exp(-bA)<br />
The stronger is flow-the smaller are fragments-mechanical rupture<br />
Dynamical modeling is required: QMD, IQMD, NMD, AMD, ...
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