Medium mass fragments production due to momentum dependent interactions
Sanjeev Kumar, Suneel Kumar, and Rajeev K. Puri
TL;DR
This paper investigates how system size and momentum-dependent interactions influence medium mass fragment production in symmetric nuclear reactions across a range of energies, revealing a size dependence following a power law.
Contribution
It demonstrates the impact of momentum-dependent interactions on system size effects in multifragmentation, highlighting a power law behavior.
Findings
System size affects fragment production.
Momentum-dependent interactions influence reaction outcomes.
A power law describes the size dependence.
Abstract
The role of system size and momentum dependent effects are analyzed in multifragmenation by simulating symmetric reactions of Ca+Ca, Ni+Ni, Nb+Nb, Xe+Xe, Er+Er, Au+Au, and U+U at incident energies between 50 MeV/nucleon and 1000 MeV/nucleon and over full impact parameter zones. Our detailed study reveals that there exist a system size dependence when reaction is simulated with momentum dependent interactions. This dependence exhibits a mass power law behavior.
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