Production of a New Tool for Debris Formation Models.
POSTER
Abstract
A main problem in the creating debris formation models is the lack of fundamental data describing particle-particle and particle-cluster interactions, such as interatomic potentials, differential scattering cross-sections and total cross-sections. Calculation of the classical differential scattering cross section by hand is limited to potentials with analytical solutions.Thus, a numerical implementation is necessary to solve potentials related to debris formation models.
We are constructing a new software tool for the solution of the semi-classical scattering problem, applicable to particle-particle and particle-cluster interactions, which play a fundamental role in modeling debris formation during plasma condensation.
We are constructing a new software tool for the solution of the semi-classical scattering problem, applicable to particle-particle and particle-cluster interactions, which play a fundamental role in modeling debris formation during plasma condensation.
Presenters
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Stephen Armstrong
University of Illinois
Authors
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Stephen Armstrong
University of Illinois
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Davide Curreli
University of Illinois