Scaling of the Detonation Product State with Reactant Kinetic Energy
Scott I. Jackson
TL;DR
This paper investigates how the state of detonation products scales with the initial kinetic energy of reactants, aiming to improve understanding of energetic material behavior under different conditions.
Contribution
It introduces a new scaling law linking reactant kinetic energy to detonation product states, advancing predictive capabilities in energetic material modeling.
Findings
Derived a scaling relationship for detonation products
Validated the model with experimental data
Enhanced predictive accuracy for energetic materials
Abstract
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