A binary tree data structure is used to represent a nuclear multifragmentation, we constrict the tree in all but one of the leaf nodes. We use geometric arguments in the velocity space to graphically show how the tree can be solved by assigning velocity vectors in both the lab and CM systems at each of the nodes. An experimental comparison with a ternary reaction is also shown.

An ideal multifragmentation kinematics algorithm for nuclear physics, a binary reaction approach

Lanzalone G.;
2018

Abstract

A binary tree data structure is used to represent a nuclear multifragmentation, we constrict the tree in all but one of the leaf nodes. We use geometric arguments in the velocity space to graphically show how the tree can be solved by assigning velocity vectors in both the lab and CM systems at each of the nodes. An experimental comparison with a ternary reaction is also shown.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11387/142960
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